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3,000 gram high altitude latex balloon zip tied and duct taped

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Shaftesbury High School student volunteers design, build, test, launch, and recover a scientific payload equipped with electronics and sensors attached to a high altitude balloon. High altitude balloons (HABs, for short) used in SHARP are capable of reaching altitudes above - PowerPoint PPT Presentation

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Page 2: 3,000 gram high altitude latex balloon zip tied and duct taped

• Shaftesbury High School student volunteers design, build, test, launch, and recover a scientific payload equipped with electronics and sensors attached to a high altitude balloon.

• High altitude balloons (HABs, for short) used in SHARP are capable of reaching altitudes above 120,000 feet (37 kilometers).

Page 3: 3,000 gram high altitude latex balloon zip tied and duct taped

• 3,000 gram high altitude latex balloon zip tied and duct taped

• Custom made parachute made of rip-stop nylon and dacron string fastened to fishing swivels

• Modular foam board payload box, taped and hot glued

Page 4: 3,000 gram high altitude latex balloon zip tied and duct taped

Composed of 3 Modules

1. Communications Module: radio, cut down circuit, battery pack

2. Science Module: Geiger-Muller counter, temp sensors, and experiments to test the effects of radiation exposure

3. Photo & Video Module: Canon PowerShot A1200 & GoPro HD video camera

Page 5: 3,000 gram high altitude latex balloon zip tied and duct taped
Page 6: 3,000 gram high altitude latex balloon zip tied and duct taped

After launching the balloon and payload we packed up and got ready for the chase. We stopped to watch it at 126,000 ft. in Gladstone.

After 1.5 h in the air the balloon slowed its ascent. We grew impatient waiting for it to pop so we headed back to Winnipeg. Again the balloon started to rise, and suddenly all communications were lost!

Cool Fact: Our principal who stayed behind at Gladstone actually saw the balloon explode!

Page 7: 3,000 gram high altitude latex balloon zip tied and duct taped
Page 8: 3,000 gram high altitude latex balloon zip tied and duct taped
Page 10: 3,000 gram high altitude latex balloon zip tied and duct taped

1.2

-46.4

7.7

-44.7

-2.3

-50

-40

-30

-20

-10

0

10

0.0 50.0 100.0 150.0 200.0 250.0

Tem

pera

ture

(°C)

Time in minutes

SHARP 2 Atmospheric Temperatures

Page 11: 3,000 gram high altitude latex balloon zip tied and duct taped

0

100

200

300

400

500

600

700

0 10 20 30 40 50 60 70 80

Disin

tigra

tions

as c

ount

s per

min

ute

Time in minutes

Change in Disintigrations Per Minute for SHARP2 Flight

Page 12: 3,000 gram high altitude latex balloon zip tied and duct taped
Page 13: 3,000 gram high altitude latex balloon zip tied and duct taped

[NaOH] Trial Mass of initial NaOH final NaOH Volume Moles Mass Massmol/L tablet volume volume NaOH NaOH/ASA ASA ASA/g tablet0.0972 g mL mL mL mmoles mg mg/g tablet

Control Group 1 0.00 18.15 18.15 1.76 318 2 0.05 18.79 18.74 1.82 328 3 22.64 41.60 18.96 1.84 332

Molar Mass ASA 4 0.443 0.43 20.50 20.07 1.95 351 793g/mol 5 0.419 3.82 22.46 18.64 1.81 326 779

180.157 6 0.423 0.50 19.50 19.00 1.85 333 7877 0.415 28.56 47.43 18.87 1.83 330 7968 0.425 23.55 42.48 18.93 1.84 331 7809 0.431 18.19 37.59 19.40 1.89 340 788

10 0.411 1.29 20.12 18.83 1.83 330 802

AVERAGE 0.424 18.96 1.84 332 789Experimental Group 1 0.412 8.37 26.42 18.05 1.75 316 767

2 0.422 11.60 30.87 19.27 1.87 337 8003 0.413 19.64 38.06 18.42 1.79 323 7814 0.425 12.68 31.90 19.22 1.87 337 7925 0.414 1.15 19.50 18.35 1.78 321 7766 0.426 1.34 20.80 19.46 1.89 341 8007 0.416 0.27 19.09 18.82 1.83 330 7928 0.430 0.13 19.48 19.35 1.88 339 7889 0.423 0.31 19.79 19.48 1.89 341 806

10 0.416 0.29 19.40 19.11 1.86 335 804

AVERAGE 0.420 18.95 1.84 332 791

Page 14: 3,000 gram high altitude latex balloon zip tied and duct taped

Design Phase

Mar.-MayConstruction

PhaseMay-October

Testing & Pre-Launch

October

Launch & RecoveryOctober

Data Analysis, Video &

Presentation Preparation

Nov.-Feb.

Communicating Findings &

TrainingFeb.-May

Grant Writing &

Networking

Page 15: 3,000 gram high altitude latex balloon zip tied and duct taped

SHARP 2 Student Crew

• Alex Yeo• Kyle Marcinkowski• Alexander Motnenko• Gaven Nielsen• Anna Liu• Michael Gussakovsky• Jacob Booth• Michael Archer• Matthew Kraljevic

• Brandon Dennis• Ryan Dennis• Katelyn Howlett• Daniel Gervai• Valorie Platero• Kendra McTavish• Elise Lowden• Garret Curtis• Alexandre Poersch

• Gerardo Gismondi• Antonio Batarilo• Nishadh Rathod• Julian Carneiro• Cole Mauws• Theo Wigle• Kathleen Murphy• David Oh• Xiti Joshi

SHARP 2 Staff Crew

• Rob Striemer• Rachelle LeRoux

• April McKnight• Scott Place

• Adrian Deakin• Gordon Kidder

Page 16: 3,000 gram high altitude latex balloon zip tied and duct taped

Special Thanks

Mr. Alan Thoren, mentor & HAM radio specialist

Dr. Craig Marten, CMU data analyst & HAM radio specialist

Mr. Bruce Feaver, pilot & parachute specialist

Stan Wiebe, principal Shaftesbury High School

Dario Schor & University of Manitoba Faculty of Engineering students

Elkhorn Resort, Spa & Conference Centre

Murray Hyundai, chase vehicle sponsor

SHARP alumni (2009 –2011)