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Neap Trial Exams are licensed to be photocopied and used only within the confines of the school purchasing them, for the purpose of examining that school’s students only. They may not be placed on the school intranet or otherwise reproduced or distributed. The copyright of Neap Trial Exams remains with Neap. No Neap Trial Exam or any part thereof is to be issued or passed on by any person to any party inclusive of other schools, non-practising teachers, coaching colleges, tutors, parents, students, publishing agencies or websites without the express written consent of Neap.
Copyright © 2009 Neap ABN 49 910 906 643 96–106 Pelham St Carlton VIC 3053 Tel: (03) 8341 8341 Fax: (03) 8341 8300 TEVPHYU2_FS_09.FM
Trial Examination 2009
VCE Physics Unit 2
Written Examination
Data Sheet
Directions to students
Detach this data sheet before commencing the examination.
This data sheet is provided for your reference.
VCE Physics Unit 2 Trial Examination Data Sheet
2 TEVPHYU2_FS_09.FM Copyright © 2009 Neap
MOTION
1 velocity; acceleration
2 equations for constant acceleration
3 Newton’s second law
4 gravitational potential energy nearthe surface of the Earth
5 kinetic energy
6 mechanical work
7 power
8 acceleration due to gravity
vx∆t∆
------ a v∆t∆
------= =
v u at+=
x ut12---at2+=
v2 u2 2ax+=
x12--- v u+( )t=
F ma=
mgh
12---mv2
W Fx=
P Wt∆
----- E∆t∆
-------= =
g 10 m s 2–=
VCE Physics Unit 2 Trial Examination Data Sheet
Copyright © 2009 Neap TEVPHYU2_FS_09.FM 3
LIGHT
ASTROPHYSICS
ALTERNATIVE ENERGY SOURCES
PREFIXES
END OF DATA SHEET
Snell’s law
universal wave equation
frequency and period
refractive index
mass–energy equation
speed of light in vacuum
Prefix Abbreviation Value
giga G 109
mega M 106
kilo k 103
milli m 10–3
micro µ 10–6
nano n 10–9
n1 θ1sin n2 θ2sin=
v f λ=
f 1T---=
n speed of light in vacuumspeed of light in the medium--------------------------------------------------------------------=
E mc2=
c 3.0 108 m s 1–×=
Efficiency (%)Useful energy output
Energy input-------------------------------------------------- 100×=