physics - tqa.tas.gov.au · pdf filephysics – senior secondary 5c - formula sheet page 2...

7
Pages: 7 © Copyright for part(s) of this examination may be held by individuals and/or organisations other than the Tasmanian Qualifications Authority. Tasmanian Qualifications Authority PHYSICS Senior Secondary 5C Subject Code: PHY5C External Assessment 2004 Formulae for Written Examination Students may write physics information on any of these pages without restriction but the information must be in the student’s own handwriting.

Upload: lythuan

Post on 19-Mar-2018

215 views

Category:

Documents


3 download

TRANSCRIPT

Page 1: PHYSICS - tqa.tas.gov.au · PDF filePhysics – Senior Secondary 5C - Formula Sheet Page 2 Prefixes: ... 12 r Gmm F= W = mg m F g= 2 r GM g= 3 2 2 4r ... Senior Secondary 5C - Formula

Pages: 7©

Copyright for part(s) of this examination may be held by individuals and/or organisations otherthan the Tasmanian Qualifications Authority.

Tasmanian Qualifications Authority

PHYSICSSenior Secondary 5C

Subject Code: PHY5C

External Assessment

2004

Formulae for Written Examination

Students may write physics information on any of these pageswithout restriction but the information must be in the student’sown handwriting.

Page 2: PHYSICS - tqa.tas.gov.au · PDF filePhysics – Senior Secondary 5C - Formula Sheet Page 2 Prefixes: ... 12 r Gmm F= W = mg m F g= 2 r GM g= 3 2 2 4r ... Senior Secondary 5C - Formula

Physics – Senior Secondary 5C - Formula Sheet

Page 2

Prefixes:

T — tera 1012

G — giga 109

M — mega 106

k — kilo 103

c — centi 10–2

m — milli 10–3

m — micro 10–6

n — nano 10–9

p — pico 10–12

f — femto 10–15

Page 3: PHYSICS - tqa.tas.gov.au · PDF filePhysics – Senior Secondary 5C - Formula Sheet Page 2 Prefixes: ... 12 r Gmm F= W = mg m F g= 2 r GM g= 3 2 2 4r ... Senior Secondary 5C - Formula

Physics – Senior Secondary 5C - Formula Sheet

Page 3

STUDENT'S NOTES (own handwriting)

Page 4: PHYSICS - tqa.tas.gov.au · PDF filePhysics – Senior Secondary 5C - Formula Sheet Page 2 Prefixes: ... 12 r Gmm F= W = mg m F g= 2 r GM g= 3 2 2 4r ... Senior Secondary 5C - Formula

Physics – Senior Secondary 5C - Formula Sheet

Page 4

Motion in a Straight Line, Momentum, Force, Centripetal Force

atuv +=

221 atuts +=

22 2 uvas -=

mvp =

mat

mvFun =

DD

=

r

mvFc

2

=

r

vac

2

=

Work, Energy and Power

,cos qFsWD =

WD Energy =D

mghEp =

221 mvEK =

t

WDP =

Gravity, Kepler's Law

G = 6.67 x 10–11

Nm2kg–2 , g = 9.81 ms-2

221

r

mGmF =

mgW =

mF

g =

2

r

GMg =

32

2 4 rGM

Tp

=

Page 5: PHYSICS - tqa.tas.gov.au · PDF filePhysics – Senior Secondary 5C - Formula Sheet Page 2 Prefixes: ... 12 r Gmm F= W = mg m F g= 2 r GM g= 3 2 2 4r ... Senior Secondary 5C - Formula

Physics – Senior Secondary 5C - Formula Sheet

Page 5

Electrostatics

k electrostatic = 9.00 x 109 Nm2C–2

e = 1.6 x 10–19 C

me = 9.11 x 10–31

kg, mp = 1.67 x 10–27

kg

qF

E =

221

r

QkQF =

2 r

kQE =

q

EPDV pD

==

d

VE =

Magnetism

k magnetic = 2 x 10–7

NA–2

qsin BIF l=

qsin vBqF =

r

kIB =

r

IkIF

l21 =

qBvm

rqsin

=

v = EB

Induction

emf = vlBsinq

V = IR

P = VI

Page 6: PHYSICS - tqa.tas.gov.au · PDF filePhysics – Senior Secondary 5C - Formula Sheet Page 2 Prefixes: ... 12 r Gmm F= W = mg m F g= 2 r GM g= 3 2 2 4r ... Senior Secondary 5C - Formula

Physics – Senior Secondary 5C - Formula Sheet

Page 6

Oscillations, Waves

c = 3.00 x 108 ms-1

Speed of sound in air at 200C = 344 ms-1

1 Tf =

fv l =

RI qq =

sin q isin qr

= v1v2

= n( ) n1 sinq1 = n2 sinq2

dxW l=

mT

v =

Nuclear

me = 9.11 x 10–31 kg = 0.000549 amu

mp = 1.67 x 10–27 kg = 1.007276 amu

mn = 1.67 x 10–27 kg = 1.008665 amu

Mass to energy conversion: 931 MeV = 1 amu

NA = 6.02 x1026 (kg mole)

2mcE =

ANdtdN

==- l

21

693.0

T=l

RateCount OrigRateCount

=== -

o

t

o AA

eNN l

Page 7: PHYSICS - tqa.tas.gov.au · PDF filePhysics – Senior Secondary 5C - Formula Sheet Page 2 Prefixes: ... 12 r Gmm F= W = mg m F g= 2 r GM g= 3 2 2 4r ... Senior Secondary 5C - Formula

Physics – Senior Secondary 5C - Formula Sheet

Page 7

Quantum

h = 6.63 x 10–34

Js = 4.14 x 10-14 eVs

e = 1.6 x 10–19

C

hfE =

( ) max WhfeVEK -==

lh

p =