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ACHPERNovember Conference 2010
VCE PHYSICAL EDUCATION
UNITS 3 amp 4 ndash PLANNING
amp IMPLEMENTATION
Disclaimer Any representations or opinions expressed are my own and not necessarily those of Geelong Grammar School
All websites and links were correct at the time of printing These are however subject to change without notification
Michael NelsonGeelong Grammar Schoolmnelsonggsviceduau
542 PM
James Sallis PhD
542 PM
Herald Sun Feb 5 2006
542 PM
YouTube Muscle Contraction
542 PM
PLANNINGamp IMPLEMENTATION
What will you receive at the completion of this session
A password giving you access to
bullThe PowerPoint presentations
542 PM
542 PM
httpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
CHANGES
REVIEW OF VCE PHYSICAL EDUCATIONSUMMARY OF PROPOSED CHANGES TO THE STUDY DESIGN
VCAA 2009
542 PM
CHANGES
REVIEW OF VCE PHYSICAL EDUCATIONSUMMARY OF PROPOSED CHANGES TO THE STUDY DESIGN
VCAA 2009
542 PM
GETTING STARTED
DEVELOPING A COURSEA course outlines the nature and sequence of teaching and
learning necessary for students to demonstrate achievement of the set of outcomes for a unit The areas of study broadly
describe the learning context and the knowledge required for the demonstration of each outcome Outcomes are introduced by summary statements and are followed by the key knowledge
and skills which relate to the outcomes
Physical Education Victorian Certificate of Education Study Design VCAA 2010
542 PM
GETTING STARTED
USE OF INFORMATION AND COMMUNICATIONS TECHNOLOGY
Physical Education Victorian Certificate of Education Study Design VCAA 2010
542 PM
GETTING STARTED
1 What are students assessed on
bull Must be contained in coursework delivery
2 Sequencingbull What allows the best spacing
of SACs sequential learning amp early introduction of course work
542 PM
GETTING STARTED
3 Resourcesbull What resources allow the
most up-to-date information theories amp trends to be delivered
bull What resources allow the course work to be delivered in the most effective manner
542 PM
GETTING STARTED4 Activities
bull What activities allow the best reinforcement of theoretical components of the coursework
bull What activities can be used as stand alone modes of course work delivery
bull What activities best allow the application of knowledge
542 PM
What are students assessed on
bull Look at ldquoDesigning the assessment taskrdquo information for teachers for each task and then the ldquoperformance descriptorsrdquo for each task
Does this differ for SACs amp the End-of-year Exam
bullAssessment guides for SACs can be found in theVCE Assessment Handbook Physical Education 2011 ndash 2014
542 PM
What are students assessed on
The VCE Assessment Handbook Physical Education 2011 ndash 2014 contains information on
bull Scope of tasks
bull Designing the assessment tasks
bull Making assessment part of teaching and learning
542 PM
SACs1 Previous VCAA exams and the various practice exams have well structured
questions though it is important to know that exam questions are structured under different and more general criteria
bull Using previous exam questions in SACs allow for students to become accustomed to the type of questions they will face in the end of year examination
bull When marking the SACs mark in as similar fashion as possible to the way their exams will be marked
bull For students to receive as much exam type question practice as possible use tests as the method of assessment where possible
2 Current issues in the media can provide excellent ideas for SACs
3 Cycle SACs every 2 years This allows you to give the previous yearrsquos SAC as revision
542 PM
What are students assessed on
Assessment criteria for the End-of-year Exam can be found in the VCE Assessment Handbook Physical Education 2011 ndash 2014
All key knowledge and key skills descriptors are contained in the 2011 ndash 2014 Study Design
542 PM
What are students assessed on
542 PM
New Study DesignhttpwwwvcaaviceduauvcestudiesfuturesdhtmlH3N101A9
542 PM
SequencingbullThe best sequencing allows an even spread of SACs amp early introduction of course work
542 PM
SequencingUnit 3 - Physical Activity Participation amp Physiological PerformanceAREA OF STUDY 1Monitoring and promotion of physical activity1 Assessment of Physical Activity amp Sedentary Behaviour2 Changing Physical Activity Behaviour the Social-Ecological Model3 Promoting Physical Activity
AREA OF STUDY 2Physiological responses to physical activity1 Acute Responses to Exercise2 Foods Fuels and Energy Systems3 Muscular Fatigue Mechanisms
542 PM
SequencingUnit 4 ndash Enhancing Performance
AREA OF STUDY 1Planning Implementing amp Evaluating a Training Program1 Fitness Components used in Sports amp Activities2 Data collection amp Activity Analysis3 Assessment of Fitness4 Fitness Training Principles amp Methods5 Chronic Training Adaptations
AREA OF STUDY 2 Strategies for enhancing sports performance1 Performance Enhancement from a Dietary Perspective2 Physiological Strategies to Enhance Recovery3 Performance Enhancement from a Psychological Perspective4 Legal amp Illegal Performance-Enhancing Strategies5 Anti-Doping Codes amp Practices
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingUnit 3 Outcome 2 Task 1
Unit 3 Outcome 2 Task 2
542 PM
Sequencing
542 PM
Sequencing
940 PM
Sequencing
940 PM
1 School Dates ndash holidays sport long weekends etc2 SAC Dates3 Pracs4 Content delivery breakdown
bull VCAA web-sitendashStudy design
ndashAssessment guide
ndashPast exams amp examinerrsquos reports
ndashBulletin
Resources
542 PM
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
James Sallis PhD
542 PM
Herald Sun Feb 5 2006
542 PM
YouTube Muscle Contraction
542 PM
PLANNINGamp IMPLEMENTATION
What will you receive at the completion of this session
A password giving you access to
bullThe PowerPoint presentations
542 PM
542 PM
httpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
CHANGES
REVIEW OF VCE PHYSICAL EDUCATIONSUMMARY OF PROPOSED CHANGES TO THE STUDY DESIGN
VCAA 2009
542 PM
CHANGES
REVIEW OF VCE PHYSICAL EDUCATIONSUMMARY OF PROPOSED CHANGES TO THE STUDY DESIGN
VCAA 2009
542 PM
GETTING STARTED
DEVELOPING A COURSEA course outlines the nature and sequence of teaching and
learning necessary for students to demonstrate achievement of the set of outcomes for a unit The areas of study broadly
describe the learning context and the knowledge required for the demonstration of each outcome Outcomes are introduced by summary statements and are followed by the key knowledge
and skills which relate to the outcomes
Physical Education Victorian Certificate of Education Study Design VCAA 2010
542 PM
GETTING STARTED
USE OF INFORMATION AND COMMUNICATIONS TECHNOLOGY
Physical Education Victorian Certificate of Education Study Design VCAA 2010
542 PM
GETTING STARTED
1 What are students assessed on
bull Must be contained in coursework delivery
2 Sequencingbull What allows the best spacing
of SACs sequential learning amp early introduction of course work
542 PM
GETTING STARTED
3 Resourcesbull What resources allow the
most up-to-date information theories amp trends to be delivered
bull What resources allow the course work to be delivered in the most effective manner
542 PM
GETTING STARTED4 Activities
bull What activities allow the best reinforcement of theoretical components of the coursework
bull What activities can be used as stand alone modes of course work delivery
bull What activities best allow the application of knowledge
542 PM
What are students assessed on
bull Look at ldquoDesigning the assessment taskrdquo information for teachers for each task and then the ldquoperformance descriptorsrdquo for each task
Does this differ for SACs amp the End-of-year Exam
bullAssessment guides for SACs can be found in theVCE Assessment Handbook Physical Education 2011 ndash 2014
542 PM
What are students assessed on
The VCE Assessment Handbook Physical Education 2011 ndash 2014 contains information on
bull Scope of tasks
bull Designing the assessment tasks
bull Making assessment part of teaching and learning
542 PM
SACs1 Previous VCAA exams and the various practice exams have well structured
questions though it is important to know that exam questions are structured under different and more general criteria
bull Using previous exam questions in SACs allow for students to become accustomed to the type of questions they will face in the end of year examination
bull When marking the SACs mark in as similar fashion as possible to the way their exams will be marked
bull For students to receive as much exam type question practice as possible use tests as the method of assessment where possible
2 Current issues in the media can provide excellent ideas for SACs
3 Cycle SACs every 2 years This allows you to give the previous yearrsquos SAC as revision
542 PM
What are students assessed on
Assessment criteria for the End-of-year Exam can be found in the VCE Assessment Handbook Physical Education 2011 ndash 2014
All key knowledge and key skills descriptors are contained in the 2011 ndash 2014 Study Design
542 PM
What are students assessed on
542 PM
New Study DesignhttpwwwvcaaviceduauvcestudiesfuturesdhtmlH3N101A9
542 PM
SequencingbullThe best sequencing allows an even spread of SACs amp early introduction of course work
542 PM
SequencingUnit 3 - Physical Activity Participation amp Physiological PerformanceAREA OF STUDY 1Monitoring and promotion of physical activity1 Assessment of Physical Activity amp Sedentary Behaviour2 Changing Physical Activity Behaviour the Social-Ecological Model3 Promoting Physical Activity
AREA OF STUDY 2Physiological responses to physical activity1 Acute Responses to Exercise2 Foods Fuels and Energy Systems3 Muscular Fatigue Mechanisms
542 PM
SequencingUnit 4 ndash Enhancing Performance
AREA OF STUDY 1Planning Implementing amp Evaluating a Training Program1 Fitness Components used in Sports amp Activities2 Data collection amp Activity Analysis3 Assessment of Fitness4 Fitness Training Principles amp Methods5 Chronic Training Adaptations
AREA OF STUDY 2 Strategies for enhancing sports performance1 Performance Enhancement from a Dietary Perspective2 Physiological Strategies to Enhance Recovery3 Performance Enhancement from a Psychological Perspective4 Legal amp Illegal Performance-Enhancing Strategies5 Anti-Doping Codes amp Practices
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingUnit 3 Outcome 2 Task 1
Unit 3 Outcome 2 Task 2
542 PM
Sequencing
542 PM
Sequencing
940 PM
Sequencing
940 PM
1 School Dates ndash holidays sport long weekends etc2 SAC Dates3 Pracs4 Content delivery breakdown
bull VCAA web-sitendashStudy design
ndashAssessment guide
ndashPast exams amp examinerrsquos reports
ndashBulletin
Resources
542 PM
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Herald Sun Feb 5 2006
542 PM
YouTube Muscle Contraction
542 PM
PLANNINGamp IMPLEMENTATION
What will you receive at the completion of this session
A password giving you access to
bullThe PowerPoint presentations
542 PM
542 PM
httpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
CHANGES
REVIEW OF VCE PHYSICAL EDUCATIONSUMMARY OF PROPOSED CHANGES TO THE STUDY DESIGN
VCAA 2009
542 PM
CHANGES
REVIEW OF VCE PHYSICAL EDUCATIONSUMMARY OF PROPOSED CHANGES TO THE STUDY DESIGN
VCAA 2009
542 PM
GETTING STARTED
DEVELOPING A COURSEA course outlines the nature and sequence of teaching and
learning necessary for students to demonstrate achievement of the set of outcomes for a unit The areas of study broadly
describe the learning context and the knowledge required for the demonstration of each outcome Outcomes are introduced by summary statements and are followed by the key knowledge
and skills which relate to the outcomes
Physical Education Victorian Certificate of Education Study Design VCAA 2010
542 PM
GETTING STARTED
USE OF INFORMATION AND COMMUNICATIONS TECHNOLOGY
Physical Education Victorian Certificate of Education Study Design VCAA 2010
542 PM
GETTING STARTED
1 What are students assessed on
bull Must be contained in coursework delivery
2 Sequencingbull What allows the best spacing
of SACs sequential learning amp early introduction of course work
542 PM
GETTING STARTED
3 Resourcesbull What resources allow the
most up-to-date information theories amp trends to be delivered
bull What resources allow the course work to be delivered in the most effective manner
542 PM
GETTING STARTED4 Activities
bull What activities allow the best reinforcement of theoretical components of the coursework
bull What activities can be used as stand alone modes of course work delivery
bull What activities best allow the application of knowledge
542 PM
What are students assessed on
bull Look at ldquoDesigning the assessment taskrdquo information for teachers for each task and then the ldquoperformance descriptorsrdquo for each task
Does this differ for SACs amp the End-of-year Exam
bullAssessment guides for SACs can be found in theVCE Assessment Handbook Physical Education 2011 ndash 2014
542 PM
What are students assessed on
The VCE Assessment Handbook Physical Education 2011 ndash 2014 contains information on
bull Scope of tasks
bull Designing the assessment tasks
bull Making assessment part of teaching and learning
542 PM
SACs1 Previous VCAA exams and the various practice exams have well structured
questions though it is important to know that exam questions are structured under different and more general criteria
bull Using previous exam questions in SACs allow for students to become accustomed to the type of questions they will face in the end of year examination
bull When marking the SACs mark in as similar fashion as possible to the way their exams will be marked
bull For students to receive as much exam type question practice as possible use tests as the method of assessment where possible
2 Current issues in the media can provide excellent ideas for SACs
3 Cycle SACs every 2 years This allows you to give the previous yearrsquos SAC as revision
542 PM
What are students assessed on
Assessment criteria for the End-of-year Exam can be found in the VCE Assessment Handbook Physical Education 2011 ndash 2014
All key knowledge and key skills descriptors are contained in the 2011 ndash 2014 Study Design
542 PM
What are students assessed on
542 PM
New Study DesignhttpwwwvcaaviceduauvcestudiesfuturesdhtmlH3N101A9
542 PM
SequencingbullThe best sequencing allows an even spread of SACs amp early introduction of course work
542 PM
SequencingUnit 3 - Physical Activity Participation amp Physiological PerformanceAREA OF STUDY 1Monitoring and promotion of physical activity1 Assessment of Physical Activity amp Sedentary Behaviour2 Changing Physical Activity Behaviour the Social-Ecological Model3 Promoting Physical Activity
AREA OF STUDY 2Physiological responses to physical activity1 Acute Responses to Exercise2 Foods Fuels and Energy Systems3 Muscular Fatigue Mechanisms
542 PM
SequencingUnit 4 ndash Enhancing Performance
AREA OF STUDY 1Planning Implementing amp Evaluating a Training Program1 Fitness Components used in Sports amp Activities2 Data collection amp Activity Analysis3 Assessment of Fitness4 Fitness Training Principles amp Methods5 Chronic Training Adaptations
AREA OF STUDY 2 Strategies for enhancing sports performance1 Performance Enhancement from a Dietary Perspective2 Physiological Strategies to Enhance Recovery3 Performance Enhancement from a Psychological Perspective4 Legal amp Illegal Performance-Enhancing Strategies5 Anti-Doping Codes amp Practices
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingUnit 3 Outcome 2 Task 1
Unit 3 Outcome 2 Task 2
542 PM
Sequencing
542 PM
Sequencing
940 PM
Sequencing
940 PM
1 School Dates ndash holidays sport long weekends etc2 SAC Dates3 Pracs4 Content delivery breakdown
bull VCAA web-sitendashStudy design
ndashAssessment guide
ndashPast exams amp examinerrsquos reports
ndashBulletin
Resources
542 PM
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
YouTube Muscle Contraction
542 PM
PLANNINGamp IMPLEMENTATION
What will you receive at the completion of this session
A password giving you access to
bullThe PowerPoint presentations
542 PM
542 PM
httpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
CHANGES
REVIEW OF VCE PHYSICAL EDUCATIONSUMMARY OF PROPOSED CHANGES TO THE STUDY DESIGN
VCAA 2009
542 PM
CHANGES
REVIEW OF VCE PHYSICAL EDUCATIONSUMMARY OF PROPOSED CHANGES TO THE STUDY DESIGN
VCAA 2009
542 PM
GETTING STARTED
DEVELOPING A COURSEA course outlines the nature and sequence of teaching and
learning necessary for students to demonstrate achievement of the set of outcomes for a unit The areas of study broadly
describe the learning context and the knowledge required for the demonstration of each outcome Outcomes are introduced by summary statements and are followed by the key knowledge
and skills which relate to the outcomes
Physical Education Victorian Certificate of Education Study Design VCAA 2010
542 PM
GETTING STARTED
USE OF INFORMATION AND COMMUNICATIONS TECHNOLOGY
Physical Education Victorian Certificate of Education Study Design VCAA 2010
542 PM
GETTING STARTED
1 What are students assessed on
bull Must be contained in coursework delivery
2 Sequencingbull What allows the best spacing
of SACs sequential learning amp early introduction of course work
542 PM
GETTING STARTED
3 Resourcesbull What resources allow the
most up-to-date information theories amp trends to be delivered
bull What resources allow the course work to be delivered in the most effective manner
542 PM
GETTING STARTED4 Activities
bull What activities allow the best reinforcement of theoretical components of the coursework
bull What activities can be used as stand alone modes of course work delivery
bull What activities best allow the application of knowledge
542 PM
What are students assessed on
bull Look at ldquoDesigning the assessment taskrdquo information for teachers for each task and then the ldquoperformance descriptorsrdquo for each task
Does this differ for SACs amp the End-of-year Exam
bullAssessment guides for SACs can be found in theVCE Assessment Handbook Physical Education 2011 ndash 2014
542 PM
What are students assessed on
The VCE Assessment Handbook Physical Education 2011 ndash 2014 contains information on
bull Scope of tasks
bull Designing the assessment tasks
bull Making assessment part of teaching and learning
542 PM
SACs1 Previous VCAA exams and the various practice exams have well structured
questions though it is important to know that exam questions are structured under different and more general criteria
bull Using previous exam questions in SACs allow for students to become accustomed to the type of questions they will face in the end of year examination
bull When marking the SACs mark in as similar fashion as possible to the way their exams will be marked
bull For students to receive as much exam type question practice as possible use tests as the method of assessment where possible
2 Current issues in the media can provide excellent ideas for SACs
3 Cycle SACs every 2 years This allows you to give the previous yearrsquos SAC as revision
542 PM
What are students assessed on
Assessment criteria for the End-of-year Exam can be found in the VCE Assessment Handbook Physical Education 2011 ndash 2014
All key knowledge and key skills descriptors are contained in the 2011 ndash 2014 Study Design
542 PM
What are students assessed on
542 PM
New Study DesignhttpwwwvcaaviceduauvcestudiesfuturesdhtmlH3N101A9
542 PM
SequencingbullThe best sequencing allows an even spread of SACs amp early introduction of course work
542 PM
SequencingUnit 3 - Physical Activity Participation amp Physiological PerformanceAREA OF STUDY 1Monitoring and promotion of physical activity1 Assessment of Physical Activity amp Sedentary Behaviour2 Changing Physical Activity Behaviour the Social-Ecological Model3 Promoting Physical Activity
AREA OF STUDY 2Physiological responses to physical activity1 Acute Responses to Exercise2 Foods Fuels and Energy Systems3 Muscular Fatigue Mechanisms
542 PM
SequencingUnit 4 ndash Enhancing Performance
AREA OF STUDY 1Planning Implementing amp Evaluating a Training Program1 Fitness Components used in Sports amp Activities2 Data collection amp Activity Analysis3 Assessment of Fitness4 Fitness Training Principles amp Methods5 Chronic Training Adaptations
AREA OF STUDY 2 Strategies for enhancing sports performance1 Performance Enhancement from a Dietary Perspective2 Physiological Strategies to Enhance Recovery3 Performance Enhancement from a Psychological Perspective4 Legal amp Illegal Performance-Enhancing Strategies5 Anti-Doping Codes amp Practices
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingUnit 3 Outcome 2 Task 1
Unit 3 Outcome 2 Task 2
542 PM
Sequencing
542 PM
Sequencing
940 PM
Sequencing
940 PM
1 School Dates ndash holidays sport long weekends etc2 SAC Dates3 Pracs4 Content delivery breakdown
bull VCAA web-sitendashStudy design
ndashAssessment guide
ndashPast exams amp examinerrsquos reports
ndashBulletin
Resources
542 PM
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
PLANNINGamp IMPLEMENTATION
What will you receive at the completion of this session
A password giving you access to
bullThe PowerPoint presentations
542 PM
542 PM
httpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
CHANGES
REVIEW OF VCE PHYSICAL EDUCATIONSUMMARY OF PROPOSED CHANGES TO THE STUDY DESIGN
VCAA 2009
542 PM
CHANGES
REVIEW OF VCE PHYSICAL EDUCATIONSUMMARY OF PROPOSED CHANGES TO THE STUDY DESIGN
VCAA 2009
542 PM
GETTING STARTED
DEVELOPING A COURSEA course outlines the nature and sequence of teaching and
learning necessary for students to demonstrate achievement of the set of outcomes for a unit The areas of study broadly
describe the learning context and the knowledge required for the demonstration of each outcome Outcomes are introduced by summary statements and are followed by the key knowledge
and skills which relate to the outcomes
Physical Education Victorian Certificate of Education Study Design VCAA 2010
542 PM
GETTING STARTED
USE OF INFORMATION AND COMMUNICATIONS TECHNOLOGY
Physical Education Victorian Certificate of Education Study Design VCAA 2010
542 PM
GETTING STARTED
1 What are students assessed on
bull Must be contained in coursework delivery
2 Sequencingbull What allows the best spacing
of SACs sequential learning amp early introduction of course work
542 PM
GETTING STARTED
3 Resourcesbull What resources allow the
most up-to-date information theories amp trends to be delivered
bull What resources allow the course work to be delivered in the most effective manner
542 PM
GETTING STARTED4 Activities
bull What activities allow the best reinforcement of theoretical components of the coursework
bull What activities can be used as stand alone modes of course work delivery
bull What activities best allow the application of knowledge
542 PM
What are students assessed on
bull Look at ldquoDesigning the assessment taskrdquo information for teachers for each task and then the ldquoperformance descriptorsrdquo for each task
Does this differ for SACs amp the End-of-year Exam
bullAssessment guides for SACs can be found in theVCE Assessment Handbook Physical Education 2011 ndash 2014
542 PM
What are students assessed on
The VCE Assessment Handbook Physical Education 2011 ndash 2014 contains information on
bull Scope of tasks
bull Designing the assessment tasks
bull Making assessment part of teaching and learning
542 PM
SACs1 Previous VCAA exams and the various practice exams have well structured
questions though it is important to know that exam questions are structured under different and more general criteria
bull Using previous exam questions in SACs allow for students to become accustomed to the type of questions they will face in the end of year examination
bull When marking the SACs mark in as similar fashion as possible to the way their exams will be marked
bull For students to receive as much exam type question practice as possible use tests as the method of assessment where possible
2 Current issues in the media can provide excellent ideas for SACs
3 Cycle SACs every 2 years This allows you to give the previous yearrsquos SAC as revision
542 PM
What are students assessed on
Assessment criteria for the End-of-year Exam can be found in the VCE Assessment Handbook Physical Education 2011 ndash 2014
All key knowledge and key skills descriptors are contained in the 2011 ndash 2014 Study Design
542 PM
What are students assessed on
542 PM
New Study DesignhttpwwwvcaaviceduauvcestudiesfuturesdhtmlH3N101A9
542 PM
SequencingbullThe best sequencing allows an even spread of SACs amp early introduction of course work
542 PM
SequencingUnit 3 - Physical Activity Participation amp Physiological PerformanceAREA OF STUDY 1Monitoring and promotion of physical activity1 Assessment of Physical Activity amp Sedentary Behaviour2 Changing Physical Activity Behaviour the Social-Ecological Model3 Promoting Physical Activity
AREA OF STUDY 2Physiological responses to physical activity1 Acute Responses to Exercise2 Foods Fuels and Energy Systems3 Muscular Fatigue Mechanisms
542 PM
SequencingUnit 4 ndash Enhancing Performance
AREA OF STUDY 1Planning Implementing amp Evaluating a Training Program1 Fitness Components used in Sports amp Activities2 Data collection amp Activity Analysis3 Assessment of Fitness4 Fitness Training Principles amp Methods5 Chronic Training Adaptations
AREA OF STUDY 2 Strategies for enhancing sports performance1 Performance Enhancement from a Dietary Perspective2 Physiological Strategies to Enhance Recovery3 Performance Enhancement from a Psychological Perspective4 Legal amp Illegal Performance-Enhancing Strategies5 Anti-Doping Codes amp Practices
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingUnit 3 Outcome 2 Task 1
Unit 3 Outcome 2 Task 2
542 PM
Sequencing
542 PM
Sequencing
940 PM
Sequencing
940 PM
1 School Dates ndash holidays sport long weekends etc2 SAC Dates3 Pracs4 Content delivery breakdown
bull VCAA web-sitendashStudy design
ndashAssessment guide
ndashPast exams amp examinerrsquos reports
ndashBulletin
Resources
542 PM
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
542 PM
httpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
CHANGES
REVIEW OF VCE PHYSICAL EDUCATIONSUMMARY OF PROPOSED CHANGES TO THE STUDY DESIGN
VCAA 2009
542 PM
CHANGES
REVIEW OF VCE PHYSICAL EDUCATIONSUMMARY OF PROPOSED CHANGES TO THE STUDY DESIGN
VCAA 2009
542 PM
GETTING STARTED
DEVELOPING A COURSEA course outlines the nature and sequence of teaching and
learning necessary for students to demonstrate achievement of the set of outcomes for a unit The areas of study broadly
describe the learning context and the knowledge required for the demonstration of each outcome Outcomes are introduced by summary statements and are followed by the key knowledge
and skills which relate to the outcomes
Physical Education Victorian Certificate of Education Study Design VCAA 2010
542 PM
GETTING STARTED
USE OF INFORMATION AND COMMUNICATIONS TECHNOLOGY
Physical Education Victorian Certificate of Education Study Design VCAA 2010
542 PM
GETTING STARTED
1 What are students assessed on
bull Must be contained in coursework delivery
2 Sequencingbull What allows the best spacing
of SACs sequential learning amp early introduction of course work
542 PM
GETTING STARTED
3 Resourcesbull What resources allow the
most up-to-date information theories amp trends to be delivered
bull What resources allow the course work to be delivered in the most effective manner
542 PM
GETTING STARTED4 Activities
bull What activities allow the best reinforcement of theoretical components of the coursework
bull What activities can be used as stand alone modes of course work delivery
bull What activities best allow the application of knowledge
542 PM
What are students assessed on
bull Look at ldquoDesigning the assessment taskrdquo information for teachers for each task and then the ldquoperformance descriptorsrdquo for each task
Does this differ for SACs amp the End-of-year Exam
bullAssessment guides for SACs can be found in theVCE Assessment Handbook Physical Education 2011 ndash 2014
542 PM
What are students assessed on
The VCE Assessment Handbook Physical Education 2011 ndash 2014 contains information on
bull Scope of tasks
bull Designing the assessment tasks
bull Making assessment part of teaching and learning
542 PM
SACs1 Previous VCAA exams and the various practice exams have well structured
questions though it is important to know that exam questions are structured under different and more general criteria
bull Using previous exam questions in SACs allow for students to become accustomed to the type of questions they will face in the end of year examination
bull When marking the SACs mark in as similar fashion as possible to the way their exams will be marked
bull For students to receive as much exam type question practice as possible use tests as the method of assessment where possible
2 Current issues in the media can provide excellent ideas for SACs
3 Cycle SACs every 2 years This allows you to give the previous yearrsquos SAC as revision
542 PM
What are students assessed on
Assessment criteria for the End-of-year Exam can be found in the VCE Assessment Handbook Physical Education 2011 ndash 2014
All key knowledge and key skills descriptors are contained in the 2011 ndash 2014 Study Design
542 PM
What are students assessed on
542 PM
New Study DesignhttpwwwvcaaviceduauvcestudiesfuturesdhtmlH3N101A9
542 PM
SequencingbullThe best sequencing allows an even spread of SACs amp early introduction of course work
542 PM
SequencingUnit 3 - Physical Activity Participation amp Physiological PerformanceAREA OF STUDY 1Monitoring and promotion of physical activity1 Assessment of Physical Activity amp Sedentary Behaviour2 Changing Physical Activity Behaviour the Social-Ecological Model3 Promoting Physical Activity
AREA OF STUDY 2Physiological responses to physical activity1 Acute Responses to Exercise2 Foods Fuels and Energy Systems3 Muscular Fatigue Mechanisms
542 PM
SequencingUnit 4 ndash Enhancing Performance
AREA OF STUDY 1Planning Implementing amp Evaluating a Training Program1 Fitness Components used in Sports amp Activities2 Data collection amp Activity Analysis3 Assessment of Fitness4 Fitness Training Principles amp Methods5 Chronic Training Adaptations
AREA OF STUDY 2 Strategies for enhancing sports performance1 Performance Enhancement from a Dietary Perspective2 Physiological Strategies to Enhance Recovery3 Performance Enhancement from a Psychological Perspective4 Legal amp Illegal Performance-Enhancing Strategies5 Anti-Doping Codes amp Practices
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingUnit 3 Outcome 2 Task 1
Unit 3 Outcome 2 Task 2
542 PM
Sequencing
542 PM
Sequencing
940 PM
Sequencing
940 PM
1 School Dates ndash holidays sport long weekends etc2 SAC Dates3 Pracs4 Content delivery breakdown
bull VCAA web-sitendashStudy design
ndashAssessment guide
ndashPast exams amp examinerrsquos reports
ndashBulletin
Resources
542 PM
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
CHANGES
REVIEW OF VCE PHYSICAL EDUCATIONSUMMARY OF PROPOSED CHANGES TO THE STUDY DESIGN
VCAA 2009
542 PM
CHANGES
REVIEW OF VCE PHYSICAL EDUCATIONSUMMARY OF PROPOSED CHANGES TO THE STUDY DESIGN
VCAA 2009
542 PM
GETTING STARTED
DEVELOPING A COURSEA course outlines the nature and sequence of teaching and
learning necessary for students to demonstrate achievement of the set of outcomes for a unit The areas of study broadly
describe the learning context and the knowledge required for the demonstration of each outcome Outcomes are introduced by summary statements and are followed by the key knowledge
and skills which relate to the outcomes
Physical Education Victorian Certificate of Education Study Design VCAA 2010
542 PM
GETTING STARTED
USE OF INFORMATION AND COMMUNICATIONS TECHNOLOGY
Physical Education Victorian Certificate of Education Study Design VCAA 2010
542 PM
GETTING STARTED
1 What are students assessed on
bull Must be contained in coursework delivery
2 Sequencingbull What allows the best spacing
of SACs sequential learning amp early introduction of course work
542 PM
GETTING STARTED
3 Resourcesbull What resources allow the
most up-to-date information theories amp trends to be delivered
bull What resources allow the course work to be delivered in the most effective manner
542 PM
GETTING STARTED4 Activities
bull What activities allow the best reinforcement of theoretical components of the coursework
bull What activities can be used as stand alone modes of course work delivery
bull What activities best allow the application of knowledge
542 PM
What are students assessed on
bull Look at ldquoDesigning the assessment taskrdquo information for teachers for each task and then the ldquoperformance descriptorsrdquo for each task
Does this differ for SACs amp the End-of-year Exam
bullAssessment guides for SACs can be found in theVCE Assessment Handbook Physical Education 2011 ndash 2014
542 PM
What are students assessed on
The VCE Assessment Handbook Physical Education 2011 ndash 2014 contains information on
bull Scope of tasks
bull Designing the assessment tasks
bull Making assessment part of teaching and learning
542 PM
SACs1 Previous VCAA exams and the various practice exams have well structured
questions though it is important to know that exam questions are structured under different and more general criteria
bull Using previous exam questions in SACs allow for students to become accustomed to the type of questions they will face in the end of year examination
bull When marking the SACs mark in as similar fashion as possible to the way their exams will be marked
bull For students to receive as much exam type question practice as possible use tests as the method of assessment where possible
2 Current issues in the media can provide excellent ideas for SACs
3 Cycle SACs every 2 years This allows you to give the previous yearrsquos SAC as revision
542 PM
What are students assessed on
Assessment criteria for the End-of-year Exam can be found in the VCE Assessment Handbook Physical Education 2011 ndash 2014
All key knowledge and key skills descriptors are contained in the 2011 ndash 2014 Study Design
542 PM
What are students assessed on
542 PM
New Study DesignhttpwwwvcaaviceduauvcestudiesfuturesdhtmlH3N101A9
542 PM
SequencingbullThe best sequencing allows an even spread of SACs amp early introduction of course work
542 PM
SequencingUnit 3 - Physical Activity Participation amp Physiological PerformanceAREA OF STUDY 1Monitoring and promotion of physical activity1 Assessment of Physical Activity amp Sedentary Behaviour2 Changing Physical Activity Behaviour the Social-Ecological Model3 Promoting Physical Activity
AREA OF STUDY 2Physiological responses to physical activity1 Acute Responses to Exercise2 Foods Fuels and Energy Systems3 Muscular Fatigue Mechanisms
542 PM
SequencingUnit 4 ndash Enhancing Performance
AREA OF STUDY 1Planning Implementing amp Evaluating a Training Program1 Fitness Components used in Sports amp Activities2 Data collection amp Activity Analysis3 Assessment of Fitness4 Fitness Training Principles amp Methods5 Chronic Training Adaptations
AREA OF STUDY 2 Strategies for enhancing sports performance1 Performance Enhancement from a Dietary Perspective2 Physiological Strategies to Enhance Recovery3 Performance Enhancement from a Psychological Perspective4 Legal amp Illegal Performance-Enhancing Strategies5 Anti-Doping Codes amp Practices
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingUnit 3 Outcome 2 Task 1
Unit 3 Outcome 2 Task 2
542 PM
Sequencing
542 PM
Sequencing
940 PM
Sequencing
940 PM
1 School Dates ndash holidays sport long weekends etc2 SAC Dates3 Pracs4 Content delivery breakdown
bull VCAA web-sitendashStudy design
ndashAssessment guide
ndashPast exams amp examinerrsquos reports
ndashBulletin
Resources
542 PM
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
CHANGES
REVIEW OF VCE PHYSICAL EDUCATIONSUMMARY OF PROPOSED CHANGES TO THE STUDY DESIGN
VCAA 2009
542 PM
GETTING STARTED
DEVELOPING A COURSEA course outlines the nature and sequence of teaching and
learning necessary for students to demonstrate achievement of the set of outcomes for a unit The areas of study broadly
describe the learning context and the knowledge required for the demonstration of each outcome Outcomes are introduced by summary statements and are followed by the key knowledge
and skills which relate to the outcomes
Physical Education Victorian Certificate of Education Study Design VCAA 2010
542 PM
GETTING STARTED
USE OF INFORMATION AND COMMUNICATIONS TECHNOLOGY
Physical Education Victorian Certificate of Education Study Design VCAA 2010
542 PM
GETTING STARTED
1 What are students assessed on
bull Must be contained in coursework delivery
2 Sequencingbull What allows the best spacing
of SACs sequential learning amp early introduction of course work
542 PM
GETTING STARTED
3 Resourcesbull What resources allow the
most up-to-date information theories amp trends to be delivered
bull What resources allow the course work to be delivered in the most effective manner
542 PM
GETTING STARTED4 Activities
bull What activities allow the best reinforcement of theoretical components of the coursework
bull What activities can be used as stand alone modes of course work delivery
bull What activities best allow the application of knowledge
542 PM
What are students assessed on
bull Look at ldquoDesigning the assessment taskrdquo information for teachers for each task and then the ldquoperformance descriptorsrdquo for each task
Does this differ for SACs amp the End-of-year Exam
bullAssessment guides for SACs can be found in theVCE Assessment Handbook Physical Education 2011 ndash 2014
542 PM
What are students assessed on
The VCE Assessment Handbook Physical Education 2011 ndash 2014 contains information on
bull Scope of tasks
bull Designing the assessment tasks
bull Making assessment part of teaching and learning
542 PM
SACs1 Previous VCAA exams and the various practice exams have well structured
questions though it is important to know that exam questions are structured under different and more general criteria
bull Using previous exam questions in SACs allow for students to become accustomed to the type of questions they will face in the end of year examination
bull When marking the SACs mark in as similar fashion as possible to the way their exams will be marked
bull For students to receive as much exam type question practice as possible use tests as the method of assessment where possible
2 Current issues in the media can provide excellent ideas for SACs
3 Cycle SACs every 2 years This allows you to give the previous yearrsquos SAC as revision
542 PM
What are students assessed on
Assessment criteria for the End-of-year Exam can be found in the VCE Assessment Handbook Physical Education 2011 ndash 2014
All key knowledge and key skills descriptors are contained in the 2011 ndash 2014 Study Design
542 PM
What are students assessed on
542 PM
New Study DesignhttpwwwvcaaviceduauvcestudiesfuturesdhtmlH3N101A9
542 PM
SequencingbullThe best sequencing allows an even spread of SACs amp early introduction of course work
542 PM
SequencingUnit 3 - Physical Activity Participation amp Physiological PerformanceAREA OF STUDY 1Monitoring and promotion of physical activity1 Assessment of Physical Activity amp Sedentary Behaviour2 Changing Physical Activity Behaviour the Social-Ecological Model3 Promoting Physical Activity
AREA OF STUDY 2Physiological responses to physical activity1 Acute Responses to Exercise2 Foods Fuels and Energy Systems3 Muscular Fatigue Mechanisms
542 PM
SequencingUnit 4 ndash Enhancing Performance
AREA OF STUDY 1Planning Implementing amp Evaluating a Training Program1 Fitness Components used in Sports amp Activities2 Data collection amp Activity Analysis3 Assessment of Fitness4 Fitness Training Principles amp Methods5 Chronic Training Adaptations
AREA OF STUDY 2 Strategies for enhancing sports performance1 Performance Enhancement from a Dietary Perspective2 Physiological Strategies to Enhance Recovery3 Performance Enhancement from a Psychological Perspective4 Legal amp Illegal Performance-Enhancing Strategies5 Anti-Doping Codes amp Practices
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingUnit 3 Outcome 2 Task 1
Unit 3 Outcome 2 Task 2
542 PM
Sequencing
542 PM
Sequencing
940 PM
Sequencing
940 PM
1 School Dates ndash holidays sport long weekends etc2 SAC Dates3 Pracs4 Content delivery breakdown
bull VCAA web-sitendashStudy design
ndashAssessment guide
ndashPast exams amp examinerrsquos reports
ndashBulletin
Resources
542 PM
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
GETTING STARTED
DEVELOPING A COURSEA course outlines the nature and sequence of teaching and
learning necessary for students to demonstrate achievement of the set of outcomes for a unit The areas of study broadly
describe the learning context and the knowledge required for the demonstration of each outcome Outcomes are introduced by summary statements and are followed by the key knowledge
and skills which relate to the outcomes
Physical Education Victorian Certificate of Education Study Design VCAA 2010
542 PM
GETTING STARTED
USE OF INFORMATION AND COMMUNICATIONS TECHNOLOGY
Physical Education Victorian Certificate of Education Study Design VCAA 2010
542 PM
GETTING STARTED
1 What are students assessed on
bull Must be contained in coursework delivery
2 Sequencingbull What allows the best spacing
of SACs sequential learning amp early introduction of course work
542 PM
GETTING STARTED
3 Resourcesbull What resources allow the
most up-to-date information theories amp trends to be delivered
bull What resources allow the course work to be delivered in the most effective manner
542 PM
GETTING STARTED4 Activities
bull What activities allow the best reinforcement of theoretical components of the coursework
bull What activities can be used as stand alone modes of course work delivery
bull What activities best allow the application of knowledge
542 PM
What are students assessed on
bull Look at ldquoDesigning the assessment taskrdquo information for teachers for each task and then the ldquoperformance descriptorsrdquo for each task
Does this differ for SACs amp the End-of-year Exam
bullAssessment guides for SACs can be found in theVCE Assessment Handbook Physical Education 2011 ndash 2014
542 PM
What are students assessed on
The VCE Assessment Handbook Physical Education 2011 ndash 2014 contains information on
bull Scope of tasks
bull Designing the assessment tasks
bull Making assessment part of teaching and learning
542 PM
SACs1 Previous VCAA exams and the various practice exams have well structured
questions though it is important to know that exam questions are structured under different and more general criteria
bull Using previous exam questions in SACs allow for students to become accustomed to the type of questions they will face in the end of year examination
bull When marking the SACs mark in as similar fashion as possible to the way their exams will be marked
bull For students to receive as much exam type question practice as possible use tests as the method of assessment where possible
2 Current issues in the media can provide excellent ideas for SACs
3 Cycle SACs every 2 years This allows you to give the previous yearrsquos SAC as revision
542 PM
What are students assessed on
Assessment criteria for the End-of-year Exam can be found in the VCE Assessment Handbook Physical Education 2011 ndash 2014
All key knowledge and key skills descriptors are contained in the 2011 ndash 2014 Study Design
542 PM
What are students assessed on
542 PM
New Study DesignhttpwwwvcaaviceduauvcestudiesfuturesdhtmlH3N101A9
542 PM
SequencingbullThe best sequencing allows an even spread of SACs amp early introduction of course work
542 PM
SequencingUnit 3 - Physical Activity Participation amp Physiological PerformanceAREA OF STUDY 1Monitoring and promotion of physical activity1 Assessment of Physical Activity amp Sedentary Behaviour2 Changing Physical Activity Behaviour the Social-Ecological Model3 Promoting Physical Activity
AREA OF STUDY 2Physiological responses to physical activity1 Acute Responses to Exercise2 Foods Fuels and Energy Systems3 Muscular Fatigue Mechanisms
542 PM
SequencingUnit 4 ndash Enhancing Performance
AREA OF STUDY 1Planning Implementing amp Evaluating a Training Program1 Fitness Components used in Sports amp Activities2 Data collection amp Activity Analysis3 Assessment of Fitness4 Fitness Training Principles amp Methods5 Chronic Training Adaptations
AREA OF STUDY 2 Strategies for enhancing sports performance1 Performance Enhancement from a Dietary Perspective2 Physiological Strategies to Enhance Recovery3 Performance Enhancement from a Psychological Perspective4 Legal amp Illegal Performance-Enhancing Strategies5 Anti-Doping Codes amp Practices
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingUnit 3 Outcome 2 Task 1
Unit 3 Outcome 2 Task 2
542 PM
Sequencing
542 PM
Sequencing
940 PM
Sequencing
940 PM
1 School Dates ndash holidays sport long weekends etc2 SAC Dates3 Pracs4 Content delivery breakdown
bull VCAA web-sitendashStudy design
ndashAssessment guide
ndashPast exams amp examinerrsquos reports
ndashBulletin
Resources
542 PM
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
GETTING STARTED
USE OF INFORMATION AND COMMUNICATIONS TECHNOLOGY
Physical Education Victorian Certificate of Education Study Design VCAA 2010
542 PM
GETTING STARTED
1 What are students assessed on
bull Must be contained in coursework delivery
2 Sequencingbull What allows the best spacing
of SACs sequential learning amp early introduction of course work
542 PM
GETTING STARTED
3 Resourcesbull What resources allow the
most up-to-date information theories amp trends to be delivered
bull What resources allow the course work to be delivered in the most effective manner
542 PM
GETTING STARTED4 Activities
bull What activities allow the best reinforcement of theoretical components of the coursework
bull What activities can be used as stand alone modes of course work delivery
bull What activities best allow the application of knowledge
542 PM
What are students assessed on
bull Look at ldquoDesigning the assessment taskrdquo information for teachers for each task and then the ldquoperformance descriptorsrdquo for each task
Does this differ for SACs amp the End-of-year Exam
bullAssessment guides for SACs can be found in theVCE Assessment Handbook Physical Education 2011 ndash 2014
542 PM
What are students assessed on
The VCE Assessment Handbook Physical Education 2011 ndash 2014 contains information on
bull Scope of tasks
bull Designing the assessment tasks
bull Making assessment part of teaching and learning
542 PM
SACs1 Previous VCAA exams and the various practice exams have well structured
questions though it is important to know that exam questions are structured under different and more general criteria
bull Using previous exam questions in SACs allow for students to become accustomed to the type of questions they will face in the end of year examination
bull When marking the SACs mark in as similar fashion as possible to the way their exams will be marked
bull For students to receive as much exam type question practice as possible use tests as the method of assessment where possible
2 Current issues in the media can provide excellent ideas for SACs
3 Cycle SACs every 2 years This allows you to give the previous yearrsquos SAC as revision
542 PM
What are students assessed on
Assessment criteria for the End-of-year Exam can be found in the VCE Assessment Handbook Physical Education 2011 ndash 2014
All key knowledge and key skills descriptors are contained in the 2011 ndash 2014 Study Design
542 PM
What are students assessed on
542 PM
New Study DesignhttpwwwvcaaviceduauvcestudiesfuturesdhtmlH3N101A9
542 PM
SequencingbullThe best sequencing allows an even spread of SACs amp early introduction of course work
542 PM
SequencingUnit 3 - Physical Activity Participation amp Physiological PerformanceAREA OF STUDY 1Monitoring and promotion of physical activity1 Assessment of Physical Activity amp Sedentary Behaviour2 Changing Physical Activity Behaviour the Social-Ecological Model3 Promoting Physical Activity
AREA OF STUDY 2Physiological responses to physical activity1 Acute Responses to Exercise2 Foods Fuels and Energy Systems3 Muscular Fatigue Mechanisms
542 PM
SequencingUnit 4 ndash Enhancing Performance
AREA OF STUDY 1Planning Implementing amp Evaluating a Training Program1 Fitness Components used in Sports amp Activities2 Data collection amp Activity Analysis3 Assessment of Fitness4 Fitness Training Principles amp Methods5 Chronic Training Adaptations
AREA OF STUDY 2 Strategies for enhancing sports performance1 Performance Enhancement from a Dietary Perspective2 Physiological Strategies to Enhance Recovery3 Performance Enhancement from a Psychological Perspective4 Legal amp Illegal Performance-Enhancing Strategies5 Anti-Doping Codes amp Practices
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingUnit 3 Outcome 2 Task 1
Unit 3 Outcome 2 Task 2
542 PM
Sequencing
542 PM
Sequencing
940 PM
Sequencing
940 PM
1 School Dates ndash holidays sport long weekends etc2 SAC Dates3 Pracs4 Content delivery breakdown
bull VCAA web-sitendashStudy design
ndashAssessment guide
ndashPast exams amp examinerrsquos reports
ndashBulletin
Resources
542 PM
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
GETTING STARTED
1 What are students assessed on
bull Must be contained in coursework delivery
2 Sequencingbull What allows the best spacing
of SACs sequential learning amp early introduction of course work
542 PM
GETTING STARTED
3 Resourcesbull What resources allow the
most up-to-date information theories amp trends to be delivered
bull What resources allow the course work to be delivered in the most effective manner
542 PM
GETTING STARTED4 Activities
bull What activities allow the best reinforcement of theoretical components of the coursework
bull What activities can be used as stand alone modes of course work delivery
bull What activities best allow the application of knowledge
542 PM
What are students assessed on
bull Look at ldquoDesigning the assessment taskrdquo information for teachers for each task and then the ldquoperformance descriptorsrdquo for each task
Does this differ for SACs amp the End-of-year Exam
bullAssessment guides for SACs can be found in theVCE Assessment Handbook Physical Education 2011 ndash 2014
542 PM
What are students assessed on
The VCE Assessment Handbook Physical Education 2011 ndash 2014 contains information on
bull Scope of tasks
bull Designing the assessment tasks
bull Making assessment part of teaching and learning
542 PM
SACs1 Previous VCAA exams and the various practice exams have well structured
questions though it is important to know that exam questions are structured under different and more general criteria
bull Using previous exam questions in SACs allow for students to become accustomed to the type of questions they will face in the end of year examination
bull When marking the SACs mark in as similar fashion as possible to the way their exams will be marked
bull For students to receive as much exam type question practice as possible use tests as the method of assessment where possible
2 Current issues in the media can provide excellent ideas for SACs
3 Cycle SACs every 2 years This allows you to give the previous yearrsquos SAC as revision
542 PM
What are students assessed on
Assessment criteria for the End-of-year Exam can be found in the VCE Assessment Handbook Physical Education 2011 ndash 2014
All key knowledge and key skills descriptors are contained in the 2011 ndash 2014 Study Design
542 PM
What are students assessed on
542 PM
New Study DesignhttpwwwvcaaviceduauvcestudiesfuturesdhtmlH3N101A9
542 PM
SequencingbullThe best sequencing allows an even spread of SACs amp early introduction of course work
542 PM
SequencingUnit 3 - Physical Activity Participation amp Physiological PerformanceAREA OF STUDY 1Monitoring and promotion of physical activity1 Assessment of Physical Activity amp Sedentary Behaviour2 Changing Physical Activity Behaviour the Social-Ecological Model3 Promoting Physical Activity
AREA OF STUDY 2Physiological responses to physical activity1 Acute Responses to Exercise2 Foods Fuels and Energy Systems3 Muscular Fatigue Mechanisms
542 PM
SequencingUnit 4 ndash Enhancing Performance
AREA OF STUDY 1Planning Implementing amp Evaluating a Training Program1 Fitness Components used in Sports amp Activities2 Data collection amp Activity Analysis3 Assessment of Fitness4 Fitness Training Principles amp Methods5 Chronic Training Adaptations
AREA OF STUDY 2 Strategies for enhancing sports performance1 Performance Enhancement from a Dietary Perspective2 Physiological Strategies to Enhance Recovery3 Performance Enhancement from a Psychological Perspective4 Legal amp Illegal Performance-Enhancing Strategies5 Anti-Doping Codes amp Practices
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingUnit 3 Outcome 2 Task 1
Unit 3 Outcome 2 Task 2
542 PM
Sequencing
542 PM
Sequencing
940 PM
Sequencing
940 PM
1 School Dates ndash holidays sport long weekends etc2 SAC Dates3 Pracs4 Content delivery breakdown
bull VCAA web-sitendashStudy design
ndashAssessment guide
ndashPast exams amp examinerrsquos reports
ndashBulletin
Resources
542 PM
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
GETTING STARTED
3 Resourcesbull What resources allow the
most up-to-date information theories amp trends to be delivered
bull What resources allow the course work to be delivered in the most effective manner
542 PM
GETTING STARTED4 Activities
bull What activities allow the best reinforcement of theoretical components of the coursework
bull What activities can be used as stand alone modes of course work delivery
bull What activities best allow the application of knowledge
542 PM
What are students assessed on
bull Look at ldquoDesigning the assessment taskrdquo information for teachers for each task and then the ldquoperformance descriptorsrdquo for each task
Does this differ for SACs amp the End-of-year Exam
bullAssessment guides for SACs can be found in theVCE Assessment Handbook Physical Education 2011 ndash 2014
542 PM
What are students assessed on
The VCE Assessment Handbook Physical Education 2011 ndash 2014 contains information on
bull Scope of tasks
bull Designing the assessment tasks
bull Making assessment part of teaching and learning
542 PM
SACs1 Previous VCAA exams and the various practice exams have well structured
questions though it is important to know that exam questions are structured under different and more general criteria
bull Using previous exam questions in SACs allow for students to become accustomed to the type of questions they will face in the end of year examination
bull When marking the SACs mark in as similar fashion as possible to the way their exams will be marked
bull For students to receive as much exam type question practice as possible use tests as the method of assessment where possible
2 Current issues in the media can provide excellent ideas for SACs
3 Cycle SACs every 2 years This allows you to give the previous yearrsquos SAC as revision
542 PM
What are students assessed on
Assessment criteria for the End-of-year Exam can be found in the VCE Assessment Handbook Physical Education 2011 ndash 2014
All key knowledge and key skills descriptors are contained in the 2011 ndash 2014 Study Design
542 PM
What are students assessed on
542 PM
New Study DesignhttpwwwvcaaviceduauvcestudiesfuturesdhtmlH3N101A9
542 PM
SequencingbullThe best sequencing allows an even spread of SACs amp early introduction of course work
542 PM
SequencingUnit 3 - Physical Activity Participation amp Physiological PerformanceAREA OF STUDY 1Monitoring and promotion of physical activity1 Assessment of Physical Activity amp Sedentary Behaviour2 Changing Physical Activity Behaviour the Social-Ecological Model3 Promoting Physical Activity
AREA OF STUDY 2Physiological responses to physical activity1 Acute Responses to Exercise2 Foods Fuels and Energy Systems3 Muscular Fatigue Mechanisms
542 PM
SequencingUnit 4 ndash Enhancing Performance
AREA OF STUDY 1Planning Implementing amp Evaluating a Training Program1 Fitness Components used in Sports amp Activities2 Data collection amp Activity Analysis3 Assessment of Fitness4 Fitness Training Principles amp Methods5 Chronic Training Adaptations
AREA OF STUDY 2 Strategies for enhancing sports performance1 Performance Enhancement from a Dietary Perspective2 Physiological Strategies to Enhance Recovery3 Performance Enhancement from a Psychological Perspective4 Legal amp Illegal Performance-Enhancing Strategies5 Anti-Doping Codes amp Practices
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingUnit 3 Outcome 2 Task 1
Unit 3 Outcome 2 Task 2
542 PM
Sequencing
542 PM
Sequencing
940 PM
Sequencing
940 PM
1 School Dates ndash holidays sport long weekends etc2 SAC Dates3 Pracs4 Content delivery breakdown
bull VCAA web-sitendashStudy design
ndashAssessment guide
ndashPast exams amp examinerrsquos reports
ndashBulletin
Resources
542 PM
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
GETTING STARTED4 Activities
bull What activities allow the best reinforcement of theoretical components of the coursework
bull What activities can be used as stand alone modes of course work delivery
bull What activities best allow the application of knowledge
542 PM
What are students assessed on
bull Look at ldquoDesigning the assessment taskrdquo information for teachers for each task and then the ldquoperformance descriptorsrdquo for each task
Does this differ for SACs amp the End-of-year Exam
bullAssessment guides for SACs can be found in theVCE Assessment Handbook Physical Education 2011 ndash 2014
542 PM
What are students assessed on
The VCE Assessment Handbook Physical Education 2011 ndash 2014 contains information on
bull Scope of tasks
bull Designing the assessment tasks
bull Making assessment part of teaching and learning
542 PM
SACs1 Previous VCAA exams and the various practice exams have well structured
questions though it is important to know that exam questions are structured under different and more general criteria
bull Using previous exam questions in SACs allow for students to become accustomed to the type of questions they will face in the end of year examination
bull When marking the SACs mark in as similar fashion as possible to the way their exams will be marked
bull For students to receive as much exam type question practice as possible use tests as the method of assessment where possible
2 Current issues in the media can provide excellent ideas for SACs
3 Cycle SACs every 2 years This allows you to give the previous yearrsquos SAC as revision
542 PM
What are students assessed on
Assessment criteria for the End-of-year Exam can be found in the VCE Assessment Handbook Physical Education 2011 ndash 2014
All key knowledge and key skills descriptors are contained in the 2011 ndash 2014 Study Design
542 PM
What are students assessed on
542 PM
New Study DesignhttpwwwvcaaviceduauvcestudiesfuturesdhtmlH3N101A9
542 PM
SequencingbullThe best sequencing allows an even spread of SACs amp early introduction of course work
542 PM
SequencingUnit 3 - Physical Activity Participation amp Physiological PerformanceAREA OF STUDY 1Monitoring and promotion of physical activity1 Assessment of Physical Activity amp Sedentary Behaviour2 Changing Physical Activity Behaviour the Social-Ecological Model3 Promoting Physical Activity
AREA OF STUDY 2Physiological responses to physical activity1 Acute Responses to Exercise2 Foods Fuels and Energy Systems3 Muscular Fatigue Mechanisms
542 PM
SequencingUnit 4 ndash Enhancing Performance
AREA OF STUDY 1Planning Implementing amp Evaluating a Training Program1 Fitness Components used in Sports amp Activities2 Data collection amp Activity Analysis3 Assessment of Fitness4 Fitness Training Principles amp Methods5 Chronic Training Adaptations
AREA OF STUDY 2 Strategies for enhancing sports performance1 Performance Enhancement from a Dietary Perspective2 Physiological Strategies to Enhance Recovery3 Performance Enhancement from a Psychological Perspective4 Legal amp Illegal Performance-Enhancing Strategies5 Anti-Doping Codes amp Practices
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingUnit 3 Outcome 2 Task 1
Unit 3 Outcome 2 Task 2
542 PM
Sequencing
542 PM
Sequencing
940 PM
Sequencing
940 PM
1 School Dates ndash holidays sport long weekends etc2 SAC Dates3 Pracs4 Content delivery breakdown
bull VCAA web-sitendashStudy design
ndashAssessment guide
ndashPast exams amp examinerrsquos reports
ndashBulletin
Resources
542 PM
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
What are students assessed on
bull Look at ldquoDesigning the assessment taskrdquo information for teachers for each task and then the ldquoperformance descriptorsrdquo for each task
Does this differ for SACs amp the End-of-year Exam
bullAssessment guides for SACs can be found in theVCE Assessment Handbook Physical Education 2011 ndash 2014
542 PM
What are students assessed on
The VCE Assessment Handbook Physical Education 2011 ndash 2014 contains information on
bull Scope of tasks
bull Designing the assessment tasks
bull Making assessment part of teaching and learning
542 PM
SACs1 Previous VCAA exams and the various practice exams have well structured
questions though it is important to know that exam questions are structured under different and more general criteria
bull Using previous exam questions in SACs allow for students to become accustomed to the type of questions they will face in the end of year examination
bull When marking the SACs mark in as similar fashion as possible to the way their exams will be marked
bull For students to receive as much exam type question practice as possible use tests as the method of assessment where possible
2 Current issues in the media can provide excellent ideas for SACs
3 Cycle SACs every 2 years This allows you to give the previous yearrsquos SAC as revision
542 PM
What are students assessed on
Assessment criteria for the End-of-year Exam can be found in the VCE Assessment Handbook Physical Education 2011 ndash 2014
All key knowledge and key skills descriptors are contained in the 2011 ndash 2014 Study Design
542 PM
What are students assessed on
542 PM
New Study DesignhttpwwwvcaaviceduauvcestudiesfuturesdhtmlH3N101A9
542 PM
SequencingbullThe best sequencing allows an even spread of SACs amp early introduction of course work
542 PM
SequencingUnit 3 - Physical Activity Participation amp Physiological PerformanceAREA OF STUDY 1Monitoring and promotion of physical activity1 Assessment of Physical Activity amp Sedentary Behaviour2 Changing Physical Activity Behaviour the Social-Ecological Model3 Promoting Physical Activity
AREA OF STUDY 2Physiological responses to physical activity1 Acute Responses to Exercise2 Foods Fuels and Energy Systems3 Muscular Fatigue Mechanisms
542 PM
SequencingUnit 4 ndash Enhancing Performance
AREA OF STUDY 1Planning Implementing amp Evaluating a Training Program1 Fitness Components used in Sports amp Activities2 Data collection amp Activity Analysis3 Assessment of Fitness4 Fitness Training Principles amp Methods5 Chronic Training Adaptations
AREA OF STUDY 2 Strategies for enhancing sports performance1 Performance Enhancement from a Dietary Perspective2 Physiological Strategies to Enhance Recovery3 Performance Enhancement from a Psychological Perspective4 Legal amp Illegal Performance-Enhancing Strategies5 Anti-Doping Codes amp Practices
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingUnit 3 Outcome 2 Task 1
Unit 3 Outcome 2 Task 2
542 PM
Sequencing
542 PM
Sequencing
940 PM
Sequencing
940 PM
1 School Dates ndash holidays sport long weekends etc2 SAC Dates3 Pracs4 Content delivery breakdown
bull VCAA web-sitendashStudy design
ndashAssessment guide
ndashPast exams amp examinerrsquos reports
ndashBulletin
Resources
542 PM
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
What are students assessed on
The VCE Assessment Handbook Physical Education 2011 ndash 2014 contains information on
bull Scope of tasks
bull Designing the assessment tasks
bull Making assessment part of teaching and learning
542 PM
SACs1 Previous VCAA exams and the various practice exams have well structured
questions though it is important to know that exam questions are structured under different and more general criteria
bull Using previous exam questions in SACs allow for students to become accustomed to the type of questions they will face in the end of year examination
bull When marking the SACs mark in as similar fashion as possible to the way their exams will be marked
bull For students to receive as much exam type question practice as possible use tests as the method of assessment where possible
2 Current issues in the media can provide excellent ideas for SACs
3 Cycle SACs every 2 years This allows you to give the previous yearrsquos SAC as revision
542 PM
What are students assessed on
Assessment criteria for the End-of-year Exam can be found in the VCE Assessment Handbook Physical Education 2011 ndash 2014
All key knowledge and key skills descriptors are contained in the 2011 ndash 2014 Study Design
542 PM
What are students assessed on
542 PM
New Study DesignhttpwwwvcaaviceduauvcestudiesfuturesdhtmlH3N101A9
542 PM
SequencingbullThe best sequencing allows an even spread of SACs amp early introduction of course work
542 PM
SequencingUnit 3 - Physical Activity Participation amp Physiological PerformanceAREA OF STUDY 1Monitoring and promotion of physical activity1 Assessment of Physical Activity amp Sedentary Behaviour2 Changing Physical Activity Behaviour the Social-Ecological Model3 Promoting Physical Activity
AREA OF STUDY 2Physiological responses to physical activity1 Acute Responses to Exercise2 Foods Fuels and Energy Systems3 Muscular Fatigue Mechanisms
542 PM
SequencingUnit 4 ndash Enhancing Performance
AREA OF STUDY 1Planning Implementing amp Evaluating a Training Program1 Fitness Components used in Sports amp Activities2 Data collection amp Activity Analysis3 Assessment of Fitness4 Fitness Training Principles amp Methods5 Chronic Training Adaptations
AREA OF STUDY 2 Strategies for enhancing sports performance1 Performance Enhancement from a Dietary Perspective2 Physiological Strategies to Enhance Recovery3 Performance Enhancement from a Psychological Perspective4 Legal amp Illegal Performance-Enhancing Strategies5 Anti-Doping Codes amp Practices
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingUnit 3 Outcome 2 Task 1
Unit 3 Outcome 2 Task 2
542 PM
Sequencing
542 PM
Sequencing
940 PM
Sequencing
940 PM
1 School Dates ndash holidays sport long weekends etc2 SAC Dates3 Pracs4 Content delivery breakdown
bull VCAA web-sitendashStudy design
ndashAssessment guide
ndashPast exams amp examinerrsquos reports
ndashBulletin
Resources
542 PM
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
SACs1 Previous VCAA exams and the various practice exams have well structured
questions though it is important to know that exam questions are structured under different and more general criteria
bull Using previous exam questions in SACs allow for students to become accustomed to the type of questions they will face in the end of year examination
bull When marking the SACs mark in as similar fashion as possible to the way their exams will be marked
bull For students to receive as much exam type question practice as possible use tests as the method of assessment where possible
2 Current issues in the media can provide excellent ideas for SACs
3 Cycle SACs every 2 years This allows you to give the previous yearrsquos SAC as revision
542 PM
What are students assessed on
Assessment criteria for the End-of-year Exam can be found in the VCE Assessment Handbook Physical Education 2011 ndash 2014
All key knowledge and key skills descriptors are contained in the 2011 ndash 2014 Study Design
542 PM
What are students assessed on
542 PM
New Study DesignhttpwwwvcaaviceduauvcestudiesfuturesdhtmlH3N101A9
542 PM
SequencingbullThe best sequencing allows an even spread of SACs amp early introduction of course work
542 PM
SequencingUnit 3 - Physical Activity Participation amp Physiological PerformanceAREA OF STUDY 1Monitoring and promotion of physical activity1 Assessment of Physical Activity amp Sedentary Behaviour2 Changing Physical Activity Behaviour the Social-Ecological Model3 Promoting Physical Activity
AREA OF STUDY 2Physiological responses to physical activity1 Acute Responses to Exercise2 Foods Fuels and Energy Systems3 Muscular Fatigue Mechanisms
542 PM
SequencingUnit 4 ndash Enhancing Performance
AREA OF STUDY 1Planning Implementing amp Evaluating a Training Program1 Fitness Components used in Sports amp Activities2 Data collection amp Activity Analysis3 Assessment of Fitness4 Fitness Training Principles amp Methods5 Chronic Training Adaptations
AREA OF STUDY 2 Strategies for enhancing sports performance1 Performance Enhancement from a Dietary Perspective2 Physiological Strategies to Enhance Recovery3 Performance Enhancement from a Psychological Perspective4 Legal amp Illegal Performance-Enhancing Strategies5 Anti-Doping Codes amp Practices
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingUnit 3 Outcome 2 Task 1
Unit 3 Outcome 2 Task 2
542 PM
Sequencing
542 PM
Sequencing
940 PM
Sequencing
940 PM
1 School Dates ndash holidays sport long weekends etc2 SAC Dates3 Pracs4 Content delivery breakdown
bull VCAA web-sitendashStudy design
ndashAssessment guide
ndashPast exams amp examinerrsquos reports
ndashBulletin
Resources
542 PM
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
What are students assessed on
Assessment criteria for the End-of-year Exam can be found in the VCE Assessment Handbook Physical Education 2011 ndash 2014
All key knowledge and key skills descriptors are contained in the 2011 ndash 2014 Study Design
542 PM
What are students assessed on
542 PM
New Study DesignhttpwwwvcaaviceduauvcestudiesfuturesdhtmlH3N101A9
542 PM
SequencingbullThe best sequencing allows an even spread of SACs amp early introduction of course work
542 PM
SequencingUnit 3 - Physical Activity Participation amp Physiological PerformanceAREA OF STUDY 1Monitoring and promotion of physical activity1 Assessment of Physical Activity amp Sedentary Behaviour2 Changing Physical Activity Behaviour the Social-Ecological Model3 Promoting Physical Activity
AREA OF STUDY 2Physiological responses to physical activity1 Acute Responses to Exercise2 Foods Fuels and Energy Systems3 Muscular Fatigue Mechanisms
542 PM
SequencingUnit 4 ndash Enhancing Performance
AREA OF STUDY 1Planning Implementing amp Evaluating a Training Program1 Fitness Components used in Sports amp Activities2 Data collection amp Activity Analysis3 Assessment of Fitness4 Fitness Training Principles amp Methods5 Chronic Training Adaptations
AREA OF STUDY 2 Strategies for enhancing sports performance1 Performance Enhancement from a Dietary Perspective2 Physiological Strategies to Enhance Recovery3 Performance Enhancement from a Psychological Perspective4 Legal amp Illegal Performance-Enhancing Strategies5 Anti-Doping Codes amp Practices
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingUnit 3 Outcome 2 Task 1
Unit 3 Outcome 2 Task 2
542 PM
Sequencing
542 PM
Sequencing
940 PM
Sequencing
940 PM
1 School Dates ndash holidays sport long weekends etc2 SAC Dates3 Pracs4 Content delivery breakdown
bull VCAA web-sitendashStudy design
ndashAssessment guide
ndashPast exams amp examinerrsquos reports
ndashBulletin
Resources
542 PM
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
What are students assessed on
542 PM
New Study DesignhttpwwwvcaaviceduauvcestudiesfuturesdhtmlH3N101A9
542 PM
SequencingbullThe best sequencing allows an even spread of SACs amp early introduction of course work
542 PM
SequencingUnit 3 - Physical Activity Participation amp Physiological PerformanceAREA OF STUDY 1Monitoring and promotion of physical activity1 Assessment of Physical Activity amp Sedentary Behaviour2 Changing Physical Activity Behaviour the Social-Ecological Model3 Promoting Physical Activity
AREA OF STUDY 2Physiological responses to physical activity1 Acute Responses to Exercise2 Foods Fuels and Energy Systems3 Muscular Fatigue Mechanisms
542 PM
SequencingUnit 4 ndash Enhancing Performance
AREA OF STUDY 1Planning Implementing amp Evaluating a Training Program1 Fitness Components used in Sports amp Activities2 Data collection amp Activity Analysis3 Assessment of Fitness4 Fitness Training Principles amp Methods5 Chronic Training Adaptations
AREA OF STUDY 2 Strategies for enhancing sports performance1 Performance Enhancement from a Dietary Perspective2 Physiological Strategies to Enhance Recovery3 Performance Enhancement from a Psychological Perspective4 Legal amp Illegal Performance-Enhancing Strategies5 Anti-Doping Codes amp Practices
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingUnit 3 Outcome 2 Task 1
Unit 3 Outcome 2 Task 2
542 PM
Sequencing
542 PM
Sequencing
940 PM
Sequencing
940 PM
1 School Dates ndash holidays sport long weekends etc2 SAC Dates3 Pracs4 Content delivery breakdown
bull VCAA web-sitendashStudy design
ndashAssessment guide
ndashPast exams amp examinerrsquos reports
ndashBulletin
Resources
542 PM
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
New Study DesignhttpwwwvcaaviceduauvcestudiesfuturesdhtmlH3N101A9
542 PM
SequencingbullThe best sequencing allows an even spread of SACs amp early introduction of course work
542 PM
SequencingUnit 3 - Physical Activity Participation amp Physiological PerformanceAREA OF STUDY 1Monitoring and promotion of physical activity1 Assessment of Physical Activity amp Sedentary Behaviour2 Changing Physical Activity Behaviour the Social-Ecological Model3 Promoting Physical Activity
AREA OF STUDY 2Physiological responses to physical activity1 Acute Responses to Exercise2 Foods Fuels and Energy Systems3 Muscular Fatigue Mechanisms
542 PM
SequencingUnit 4 ndash Enhancing Performance
AREA OF STUDY 1Planning Implementing amp Evaluating a Training Program1 Fitness Components used in Sports amp Activities2 Data collection amp Activity Analysis3 Assessment of Fitness4 Fitness Training Principles amp Methods5 Chronic Training Adaptations
AREA OF STUDY 2 Strategies for enhancing sports performance1 Performance Enhancement from a Dietary Perspective2 Physiological Strategies to Enhance Recovery3 Performance Enhancement from a Psychological Perspective4 Legal amp Illegal Performance-Enhancing Strategies5 Anti-Doping Codes amp Practices
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingUnit 3 Outcome 2 Task 1
Unit 3 Outcome 2 Task 2
542 PM
Sequencing
542 PM
Sequencing
940 PM
Sequencing
940 PM
1 School Dates ndash holidays sport long weekends etc2 SAC Dates3 Pracs4 Content delivery breakdown
bull VCAA web-sitendashStudy design
ndashAssessment guide
ndashPast exams amp examinerrsquos reports
ndashBulletin
Resources
542 PM
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
SequencingbullThe best sequencing allows an even spread of SACs amp early introduction of course work
542 PM
SequencingUnit 3 - Physical Activity Participation amp Physiological PerformanceAREA OF STUDY 1Monitoring and promotion of physical activity1 Assessment of Physical Activity amp Sedentary Behaviour2 Changing Physical Activity Behaviour the Social-Ecological Model3 Promoting Physical Activity
AREA OF STUDY 2Physiological responses to physical activity1 Acute Responses to Exercise2 Foods Fuels and Energy Systems3 Muscular Fatigue Mechanisms
542 PM
SequencingUnit 4 ndash Enhancing Performance
AREA OF STUDY 1Planning Implementing amp Evaluating a Training Program1 Fitness Components used in Sports amp Activities2 Data collection amp Activity Analysis3 Assessment of Fitness4 Fitness Training Principles amp Methods5 Chronic Training Adaptations
AREA OF STUDY 2 Strategies for enhancing sports performance1 Performance Enhancement from a Dietary Perspective2 Physiological Strategies to Enhance Recovery3 Performance Enhancement from a Psychological Perspective4 Legal amp Illegal Performance-Enhancing Strategies5 Anti-Doping Codes amp Practices
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingUnit 3 Outcome 2 Task 1
Unit 3 Outcome 2 Task 2
542 PM
Sequencing
542 PM
Sequencing
940 PM
Sequencing
940 PM
1 School Dates ndash holidays sport long weekends etc2 SAC Dates3 Pracs4 Content delivery breakdown
bull VCAA web-sitendashStudy design
ndashAssessment guide
ndashPast exams amp examinerrsquos reports
ndashBulletin
Resources
542 PM
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
SequencingUnit 3 - Physical Activity Participation amp Physiological PerformanceAREA OF STUDY 1Monitoring and promotion of physical activity1 Assessment of Physical Activity amp Sedentary Behaviour2 Changing Physical Activity Behaviour the Social-Ecological Model3 Promoting Physical Activity
AREA OF STUDY 2Physiological responses to physical activity1 Acute Responses to Exercise2 Foods Fuels and Energy Systems3 Muscular Fatigue Mechanisms
542 PM
SequencingUnit 4 ndash Enhancing Performance
AREA OF STUDY 1Planning Implementing amp Evaluating a Training Program1 Fitness Components used in Sports amp Activities2 Data collection amp Activity Analysis3 Assessment of Fitness4 Fitness Training Principles amp Methods5 Chronic Training Adaptations
AREA OF STUDY 2 Strategies for enhancing sports performance1 Performance Enhancement from a Dietary Perspective2 Physiological Strategies to Enhance Recovery3 Performance Enhancement from a Psychological Perspective4 Legal amp Illegal Performance-Enhancing Strategies5 Anti-Doping Codes amp Practices
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingUnit 3 Outcome 2 Task 1
Unit 3 Outcome 2 Task 2
542 PM
Sequencing
542 PM
Sequencing
940 PM
Sequencing
940 PM
1 School Dates ndash holidays sport long weekends etc2 SAC Dates3 Pracs4 Content delivery breakdown
bull VCAA web-sitendashStudy design
ndashAssessment guide
ndashPast exams amp examinerrsquos reports
ndashBulletin
Resources
542 PM
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
SequencingUnit 4 ndash Enhancing Performance
AREA OF STUDY 1Planning Implementing amp Evaluating a Training Program1 Fitness Components used in Sports amp Activities2 Data collection amp Activity Analysis3 Assessment of Fitness4 Fitness Training Principles amp Methods5 Chronic Training Adaptations
AREA OF STUDY 2 Strategies for enhancing sports performance1 Performance Enhancement from a Dietary Perspective2 Physiological Strategies to Enhance Recovery3 Performance Enhancement from a Psychological Perspective4 Legal amp Illegal Performance-Enhancing Strategies5 Anti-Doping Codes amp Practices
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingUnit 3 Outcome 2 Task 1
Unit 3 Outcome 2 Task 2
542 PM
Sequencing
542 PM
Sequencing
940 PM
Sequencing
940 PM
1 School Dates ndash holidays sport long weekends etc2 SAC Dates3 Pracs4 Content delivery breakdown
bull VCAA web-sitendashStudy design
ndashAssessment guide
ndashPast exams amp examinerrsquos reports
ndashBulletin
Resources
542 PM
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingUnit 3 Outcome 2 Task 1
Unit 3 Outcome 2 Task 2
542 PM
Sequencing
542 PM
Sequencing
940 PM
Sequencing
940 PM
1 School Dates ndash holidays sport long weekends etc2 SAC Dates3 Pracs4 Content delivery breakdown
bull VCAA web-sitendashStudy design
ndashAssessment guide
ndashPast exams amp examinerrsquos reports
ndashBulletin
Resources
542 PM
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
SequencingMatch Key Knowledge Skills with SAC criteria eg Unit 3 Outcome 2
542 PM
SequencingUnit 3 Outcome 2 Task 1
Unit 3 Outcome 2 Task 2
542 PM
Sequencing
542 PM
Sequencing
940 PM
Sequencing
940 PM
1 School Dates ndash holidays sport long weekends etc2 SAC Dates3 Pracs4 Content delivery breakdown
bull VCAA web-sitendashStudy design
ndashAssessment guide
ndashPast exams amp examinerrsquos reports
ndashBulletin
Resources
542 PM
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
SequencingUnit 3 Outcome 2 Task 1
Unit 3 Outcome 2 Task 2
542 PM
Sequencing
542 PM
Sequencing
940 PM
Sequencing
940 PM
1 School Dates ndash holidays sport long weekends etc2 SAC Dates3 Pracs4 Content delivery breakdown
bull VCAA web-sitendashStudy design
ndashAssessment guide
ndashPast exams amp examinerrsquos reports
ndashBulletin
Resources
542 PM
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Sequencing
542 PM
Sequencing
940 PM
Sequencing
940 PM
1 School Dates ndash holidays sport long weekends etc2 SAC Dates3 Pracs4 Content delivery breakdown
bull VCAA web-sitendashStudy design
ndashAssessment guide
ndashPast exams amp examinerrsquos reports
ndashBulletin
Resources
542 PM
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Sequencing
940 PM
Sequencing
940 PM
1 School Dates ndash holidays sport long weekends etc2 SAC Dates3 Pracs4 Content delivery breakdown
bull VCAA web-sitendashStudy design
ndashAssessment guide
ndashPast exams amp examinerrsquos reports
ndashBulletin
Resources
542 PM
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Sequencing
940 PM
1 School Dates ndash holidays sport long weekends etc2 SAC Dates3 Pracs4 Content delivery breakdown
bull VCAA web-sitendashStudy design
ndashAssessment guide
ndashPast exams amp examinerrsquos reports
ndashBulletin
Resources
542 PM
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
bull VCAA web-sitendashStudy design
ndashAssessment guide
ndashPast exams amp examinerrsquos reports
ndashBulletin
Resources
542 PM
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Resources
Professional Development
bullACHPER
bullDiscovery Inspire
bull Local Government Physical Activity Network
542 PM
httpwwwachperviceduau
httpwwwachperviceduau
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
ResourcesTeacher Networks
Robert MalpeliRobertMalpelibalwynhsviceduau
bull well in excess of 1000 PE teachers have signed-up
bull distribution of relevant resources and information from official bodies and contributing staff and promotion of future PD opportunities
542 PM
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
To enter the site go to httpdelicious our username is vcepenetwork and the password is vcepe
542 PM
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Wordles to introduce a Unit Outcome httpwwwwordlenet Unit 3 Outcome 1
542 PM
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Wordles to introduce a SAC httpwwwwordlenet
Unit 3 Outcome 2 Task 1
542 PM
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Wordles to introduce a Chapter Energy systems
542 PM
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
927 PM
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
927 PM
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
927 PM
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
927 PM
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
927 PM
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Unit 3 Outcome 1
542 PM
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
542 PMhttpwwwvcaaviceduauvcestudiesphysicaleduphyeduindexhtml
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Is this all you need to know
542 PM
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
5-12 year olds 12-18 year olds amp adults
542 PM
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
NO
542 PM
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Injury Prevention and the Promotion of Physical Activity What is the Nexus
The promotion of physical activity is a public health priority for Australia The new ldquoNational Physical Activity Guidelines for Australiansrdquo include a statement on additional health benefits of vigorous sporting and fitness activities However injury associated with sport and physical activity can lead to significant health care costs and consequent disabilities and reduced mobility may result in inactivity this increasing the risk of cardiovascular disease and other health problems
Finch CF amp Owen N (2001) Injury prevention and the promotion of physical activity What is the
nexus Journal of Science and Medicine in Sport 4 (1) 77-87
542 PM
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
httpwwwcdcgovphysicalactivityprofessionalsdataexplanationhtml
542 PM
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
httpwwwwalkingschoolbusorg
542 PM
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
httpwwwvichealthvicgovauwsb
542 PM
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
542 PMmnelsonggsviceduau
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
httpwww10000stepsorgau542 PM
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
httpwwwgoforyourlifevicgovau
542 PM
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
httpwwwhealthyactivegovauinternethealthyactivepublishingnsfContentadverts
542 PM
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
SCHOOL SETTINGS
National Heart Foundation recommendation is to ensure
physical education is provided to all children in all schools and to ensure
that physical activity options are available to children amp youth in the
community
542 PM
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
httpwwwheartfoundationorgauProfessional_InformationLifestyle_RiskPhysical_ActivityPagesdefaultaspx
542 PM
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
SCHOOL SETTINGS
World Health Organisation advocates that educational policy-makers could strengthen national policy re physical
education physical activity amp sport for all in schools
542 PM
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
httpwwwwhointdietphysicalactivitypublicationspaenindexhtml
542 PM
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
WORKPLACE SETTINGSSamples amp evidence of effectiveness
httpwwwmohgovtnzmohnsf238fd5fb4fd051844c256669006aed57c64022ebbc034e28cc256d5d000b38e8OpenDocument
542 PM
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Promoting Physical Activity in Youth amp Creating Active Living Communities evidence from the USA and
Internationally
Suburban vs Traditional Land Use Patterns
James Sallis PhDJames Sallis is Professor of Psychology at
San Diego State University and the Program
Director of Active Living Research
542 PM
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
School based approaches work best bullCentre for Disease Control made 2 recommendations
oSchool based PE oIncrease in access to physical activity places
bullFamily based programs (3 major programs) ndash none of these increased levels of PA
bullNot 1 plan will work bullDevelop comprehensive multi-level approach bullUse evidence-based programs (not theoretical) bullFocus on after-school PA
oAdvocate for places where kids can play Active communities
Key pointsPromoting Physical Activity in Youth
542 PM
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
bullMost money should be spent on trying to change ldquoenvironmentrdquo not where it is currently going ndash trying to change people bullShould focus on leisure and transport bullConclusions from Health Studies bullAccess to facilities and aesthetics increase PA bullThe types of parks that were used for PA need to be nearby large and attractive bullAs levels of active transportation decrease levels of obesity increase
Creating Active Living CommunitiesEvidence from the USA
And Internationally
542 PM
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
The seminar ended with Dr Sallis being asked if he could do anything what would he do His response to this was
1 incentives for developers to build the ldquowalkablerdquo neighbourhood
2 accommodate cyclists and walkers on roads first then motor vehicles
3 governments to use evidence-based strategies 4 ongoing investment in mass media (most mass media
dollars go to motor industry amp electronic entertainment ndashboth of which aim to decrease PA)
542 PM
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
542 PM
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
542 PM
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Unit 3 Outcome 2
542 PM
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
YouTube Muscle Contraction
542 PM
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
542 PM
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
542 PM
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
542 PM
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
542 PM
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
INTERPLAY OF THE ENERGY SYSTEMS
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Quantifying intensity
bull Calculation of Maximum Heart Rate
bull The easiest and best known method to calculate your maximum heart rate (MHR) is to use the formula
bull MHR = 220 - Age
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Quantifying intensity
bull MHR and VO2 Maxbull It is possible to estimate your exercise intensity as a
percentage of VO2 max from your training heart rate David Swain (1994) and his US based research team using statistical procedures examined the relationship between MHR and VO2 Max Their results led to the following regression equation
bull MHR = 064 times VO2 Max + 37 bull The relationship has been shown to hold true across
sex age and activity
httpwwwbrianmaccoukmaxhrhtm
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Quantifying intensity
bull A calculator to convert MHR to VO2 max and vice versa can be found at httpwwwbrianmaccoukmaxhrhtm
bull If using Excel
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Quantifying intensity
A study by David Swain and his US-based research team has criticised the mathematical methods used to derive the regression equations in previous research Using more correct statistical procedures they re-examined the relationship between VO2 max and HR max and found that the ACSMformula underestimates HR at the target values of VO2 max Their results led to a regression equation of HR max = 064 x VO2 max + 37 This means that 40 VO2 max corresponds to 63 HR max 60 VO2 max corresponds to 75 HR max 80 VO2 max corresponds to 88 HR max and 85 VO2 max corresponds to 92 HR max
httpwwwpponlinecoukencyc0186htm
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
MHR harr VO2 max
convert MHR rarr VO2 max convert VO2 max rarr MHR
MHR VO2 max VO2 max MHR
100MHR = 98VO2 max 100VO2 max = 101MHR
92MHR = 86VO2 max 90VO2 max = 95MHR
85MHR = 75VO2 max 80VO2 max = 88MHR
70MHR = 52VO2 max 70VO2 max = 82MHR
60MHR = 36VO2 max 60VO2 max = 75MHR
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
400m track
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
400m track
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
0 5 10 15 20 25 30 35 40 45 50 55 60
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
800m track
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
800m track
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
1500m track
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
0 30 60 90 120 150 180 210 240 270 300 330
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
400m track
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
400m tracktime 1 system contribution Energy Demand system contribution
ATP-PC
5
38
71
54
LA 21 30
O2 12 17
ATP-PC
10
13
71
18
LA 40 56
O2 18 25
ATP-PC
15
3
71
4
LA 45 63
O2 23 32
ATP-PC
20
1
71
1
LA 42 59
O2 28 39
ATP-PC
25
0
71
0
LA 40 56
O2 31 44
ATP-PC
30
0
71
0
LA 355 50
O2 355 50
ATP-PC
35
0
71
0
LA 31 44
O2 40 56
ATP-PC
40
0
71
0
LA 29 41
O2 42 59
ATP-PC
45
0
71
0
LA 26 37
O2 45 63
ATP-PC
50
0
71
0
LA 24 34
O2 47 66
ATP-PC
55
0
71
0
LA 22 31
O2 49 69
ATP-PC
60
0
71
0
LA 21 30
O2 50 70
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
400m track
0 5 10 15 20 25 30 35 40 45 50 55 60
Speed (kmh) HR (bpm)
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
400m track cumulative
Speed (kmh) HR (MHR)
0 5 10 15 20 25 30 35 40 45 50 55 60543017
185625
46332
15939
05644
05050
04456
04159
03763
0
34
66
03169
03070
ATP-PC
LA
O2
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
0 5 10 15 20 25 30 35 40 45 50 55 60
400m ldquopoint in timerdquo
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
800m track
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
800m track
time 1system
contributionEnergy
Demand system
contributionATP-PC
1013
7118
LA 40 56O2 18 25
ATP-PC20
171
1LA 42 59O2 28 39
ATP-PC30
071
0LA 355 50O2 355 50
ATP-PC40
071
0LA 29 41O2 42 59
ATP-PC50
071
0LA 24 34O2 47 66
ATP-PC60
071
0LA 21 30O2 50 70
ATP-PC70
071
0LA 195 27O2 515 73
ATP-PC80
071
0LA 18 25O2 53 75
ATP-PC90
071
0LA 165 23O2 545 77
ATP-PC100
071
0LA 16 23O2 55 77
ATP-PC110
071
0LA 15 21O2 56 79
ATP-PC120
071
0LA 15 21O2 56 79
ATP-PC130
071
0LA 14 20O2 57 80
ATP-PC140
071
0LA 14 20O2 57 80
364321
1003
6136
05347
042580
3565
03070
02872 0
2674
02476 0
2377
02179
02179
02080 0
2080
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
800m track
Speed (kmh) HR (bpm)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
800m track cumulative
Speed (kmh) HR (MHR)
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140364321
36136
05347
04258
03565
03070
02872
02674
02476
02377
02179
02179
02080
02080
ATP-PC
LA
O2
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
800m ldquopoint in timerdquo
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
1500m track
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
1500m track
time 1system
contribution
Energy Deman
d
system contributio
n
ATP-PC
5
38
71
54
LA 21 30
O2 12 17 100
ATP-PC
10
13
71
18
LA 40 56
O2 18 25 100
ATP-PC
15
3
71
4
LA 45 63
O2 23 32 100
ATP-PC
20
1
71
1
LA 42 59
O2 28 39 100
ATP-PC
25
0
71
0
LA 40 56
O2 31 44 100
ATP-PC
30
0
71
0 77 13
LA 355 50 315 52
O2 355 50 100 208 35
ATP-PC
35
0
71
0 100
LA 31 44
O2 40 56 100
ATP-PC
40
0
71
0
LA 29 41
O2 42 59 100
ATP-PC
45
0
71
0
LA 26 37
O2 45 63 100
ATP-PC
50
0
71
0
LA 24 34
O2 47 66 100
ATP-PC
55
0
71
0
LA 22 31
O2 49 69 100
ATP-PC
60
0
71
0 0 0
LA 21 30 215 36
O2 50 70 100 385 64
ATP-PC
65
0
71
0 100
LA 20 28
O2 51 72 100
ATP-PC
70
0
71
0
LA 195 27
O2 515 73 100
ATP-PC
75
0
71
0
LA 19 27
O2 52 73 100
ATP-PC
80
0
71
0
LA 18 25
O2 53 75 100
ATP-PC
85
0
71
0
LA 17 24
O2 54 76 100
ATP-PC
90
0
71
0 0 0
LA 165 23 155 26
O2 545 77 100 445 74
ATP-PC
95
0
71
0 100
LA 16 23
O2 55 77 100
ATP-PC
100
0
71
0
LA 16 23
O2 55 77 100
ATP-PC
105
0
71
0
LA 155 22
O2 555 78 100
ATP-PC
110
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
115
0
71
0
LA 15 21
O2 56 79 100
ATP-PC
120
0
71
0 0 0
LA 15 21 130 22
O2 56 79 100 470 78
56 79 100
130
0
71
0
14 20
57 80 100
135
0
71
0
14 20
57 80 100
140
0
71
0
14 20
57 80 100
145
0
71
0
14 20
57 80 100
150
0
71
0 0 0
14 20 120 20
57 80 100 480 80
155
0
71
0 100
14 20
57 80 100
160
0
71
0
14 20
57 80 100
165
0
71
0
14 20
57 80 100
170
0
71
0
13 18
58 82 100
175
0
70
0
12 17
58 83 100
180
0
69
0 0 0
10 14 109 18
86 491 82
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
1500m track
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
1500m track cumulative
Speed (kmh) HR (bpm)
0 30 60 90 120 150 180 210 240 270 300 330135235
03664
02674
02278
02080
01882
01486
01486
01486
01882
01882
ATP-PC
LA
O2
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
0 30 60 90 120 150 180 210 240 270 300 330
1500m ldquopoint in timerdquo
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
542 PM
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
542 PM
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Unit 4 Outcome 1
542 PM
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Training Program
926 PM
VCE Assessment Handbook Physical Education 2011 ndash 2014
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Training Program
926 PM
httpwwwvcaaviceduaucorrespondencebulletins2010November2010NOVSUP2pdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Fitness Testing httpwwwsport-fitness-advisorcomfitnesstestshtml
542 PM
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
542 PM
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Why use GPS
bull Accurate information
bull Determine game standards for levels of intensities and movement patterns
bull Determine physiological parameters
bull Assess athlete training intensities
bull Provide athlete feedback
542 PM
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Accurate information
542 PM
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Speed vs HR
542 PM
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Speed vs HR
542 PM
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
physiological parameters
542 PM
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
physiological parameters
542 PM
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
physiological parameters amp game standards
542 PM
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Movement patterns542 PM
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
542 PM
httpwwwtopendsportscomtestingindexhtm
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
542 PM
httpwwwthestretchinghandbookcom
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Unit 4 Outcome 2
542 PM
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
httpwwwgssiwebcom
542 PM
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
Brad Arnett MEd CSCSDirector of CATS Strength ampConditioningUniversity of ArizonaTucson Arizona
Ron Maughan PhDProfessor of PhysiologyUniversity Medical SchoolForesterhill AberdeenScotland
Dan Benardot PhD RD LDAssociate Dean for ResearchCollege of Health and Human SciencesGeorgia State UniversityAtlanta Georgia
Brent Steuerwald MAHead Football CoachDepartment of AthleticsShenendehowa Central School DistrictClifton Park New York
Fred Tedeschi MA ATCHead Athletic TrainerChicago BullsDeerfield Illinois
httpwwwgssiwebcomArticle_Detailaspxarticleid=297amplevel=4amptopic=5
542 PM
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
KEY POINTS10486981048698 To hasten recovery after exhaustive exercise athletes should continue exercising for 10- 20 minutes at progressively lower intensities to speed the removal of lactic acid from the muscles and blood Stretching of all major muscle groups should follow this activity10486981048698 Athletes should begin consuming fluids and carbohydrate immediately after exercise to help the body replace fluids lost in sweat and to replenish muscle glycogen stores10486981048698 Research indicates that a 70 kg (154 lb) athlete should consume 50-150 grams of carbohydrate (200-600 calories) within the first two hours following exercise to optimize the replacement of muscle glycogen stores
542 PM
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
KEY POINTS contrsquod10486981048698 As little as six grams of protein (more is not better) may accelerate protein synthesis in the muscles following exercise Expensive protein powders and amino-acid supplements are no more effective than normal foods (eg meat fish eggs) at providing the necessary amino acids10486981048698 It is important to replace both water and electrolytes (especially sodium) during and following exercise to minimize dehydration to stabilize blood volume and to avoid muscle cramps10486981048698 Although there are exceptions athletes generally require at least 7-8 hours of sleep each night to perform at their best
542 PM
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
RECOVERY - CLINICAL SPORTS MEDICINE BRUNKER amp KHAN McGRAW-HILL
What is the Aim of recovery1 Maximise performance and2 Minimise potential for injury during the next performance
Objectivesbull Restoration of functionbull Neuromuscular recoverybull Tissue repairbull Resolution of muscle sorenessbull Psychological recovery
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutritionhtml
542 PM
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
542 PM
SPORTS NUTRITION httpwwwsport-fitness-advisorcomsports-nutrition-course-prematchhtml
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
httpfulltextausportgovaufulltext1999iocwcabs263htm
542 PM
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
542 PM
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
Level the playing field httpwwwyoutubecomwatchv=gZY-syOmqNQ
542 PM
979 seconds WADA httpwwwyoutubecomwatchv=LP47En64ywoampNR=1
542 PM
ASADA httpwwwasadagovau
542 PM
httpwwwasadagovaueducationindexhtml
542 PM
542 PM
542 PM
httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
542 PM
httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
ERGOGENIC AIDS
A practice or substance legal or illegal that improves performance
Why would athletes use ergogenic aids
Why turn to ldquonon-ethicalrdquo means
542 PM
httpwwwccescaenhome
542 PM
542 PM
httpwwwccescaenform-2
httpwwwsportsconfidencebiz
542 PM
542 PM
httpwwwausportgovauaissssmpsychologybrainwaves
542 PM
542 PM
542 PM
httpwwwausportgovauaisnutrition
542 PM
httpwwwausportgovauaisnutritionfactsheets
542 PM
httpwwwausportgovauaisnutritionfactsheetscompetition_and_training2carbohydrate_loading
542 PM
httpwwwausportgovauaissssmfatigue_and_recoveryfaqs
542 PM
httpausportgovauparticipatinggot_talenttest
542 PM
httpwwwmedunsweduauNDARCWebnsfpageFact20Sheets
542 PM
httpwwwdrugfreesportorgnz
542 PM
httpwwwdrugfreesportorgnzStudents+Section
542 PM
httpwwwwada-amaorg
542 PM
httpwwwwada-amaorgenEducation-AwarenessToolsTeachers
542 PM
httpplaytruewada-amaorgenissues2010-2
542 PM
httpwwwwada-amaorgenResourcesQ-and-AAthlete-Passport
542 PM
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542 PM
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542 PM
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httpwwwsportsconfidencebiz
542 PM
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542 PM
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542 PM
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542 PM
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httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
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httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
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httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
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httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
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httpwwwningmuicomarchivesenglishmediaethics-charta-epdf
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httpwwwhockeyorgaufileadminuser_uploadGame_DevelopmentResourcessecondpdf
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