Content Outline for Physics B and Physics C Content Area A. Kinematics B. Newton's laws of motion C....
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Transcript of Content Outline for Physics B and Physics C Content Area A. Kinematics B. Newton's laws of motion C....
Content Outline for Physics B and Physics C
Content Area
A. Kinematics
B. Newton's laws of motion
C. Work, energy, power
D. Systems of particles, Linear momentum
E. Circular motion and Rotation
F. Oscillations and gravitation
(35 %) (50 %)
…….…….…… (9 %) (10 %)
………………….… (5 %) (7 %)
… (4 %) (6 %)
……….…… (4 %) (9 %)
……….…..… (6 %) (9 %)
I. Newtonian Mechanics
………………………….…… (7 %) (9 %)
I1. Thermal Physics
A. Temperature and heat
B. Kinetic theory and thermodynamics
(10 %)
…….………..…… (3 %)
….… (7 %)
Content Outline for Physics B and Physics C
Content Area
I1. Fluids
A. Static fluids
B. Fluid dynamics
(5 %)
…….…….……..…… (2 %)
……….………..… (3 %)
Content Outline for Physics B and Physics C
Content Area
IV. Electricity and Magnetism
A. Static Electricity
B. Conductors, capacitors, dielectrics
C. Electric circuits
D. Magnetism
E. Electromagnetic induction
……….……..…….….. (5 %) (15 %)
(25 %) (50 %)
………...….... (5 %) (8 %)
……….………….…...…….. (4 %) (10 %)
……….………….....….. (7 %) (10 %)
…….. (4 %) (7 %)
Content Outline for Physics B and Physics C
Content Area
IV. Waves and Optics
A. Wave motion
B. Physical optics
C. Geometric optics
………….…....… (5 %)
……………...… (5 %)
…………....… (5 %)
(15 %)
Content Outline for Physics B and Physics C
Content Area
V. Atomic and Nuclear Physics
A. Atomic physics and quantum effects
B. Nuclear physics
…....… (6 %)
………….……………....… (4 %)
(10 %)
Content Outline for Physics B and Physics C
Content Area
A. Kinematics
atvv o
2at
tvss2
oo
)ss(a2vv o2o
2
dtdx
v
dtdv
a
dt vx
dt av
Linear kinematics
2-Dimensional Motion
B. Newton's laws of motion
amFF net
NFf
Newton’s second law
Friction
C. Work, energy, power
22mvK
mghUg
cos FssFW
tW
Pavg
FvP
sdFW
dtdW
P
Power
Potential energy
Kinetic energy
Work
D. Systems of particles, linear momentum
vmp
ptFJ
dtpd
F
p=dt FJ
Momentum
Impulse
E. Circular motion and Rotation
rv
a2
c
sinrF
ra 2c
Fr
Inet
22 mrdmrI
rv
m
rmrcm
Ip x rL
2
2I
K
to
2t
t2
o
CentripetalAcceleration
Torque
RotationalKinematics
Moment of Inertia
Centerof mass
Angularmomentum
Rotationalkineticenergy
Rotationaldynamics
F. Oscillations and gravitation
xkFs
2kx
U2
s
km
2Ts
g2Tp
l
221
gr
mGmF
rmGm
U 21g
f1
T 2Restoring
Force
ElasticPotentialEnergy
Period ofpendulum
Period ofmass/spring
Period and frequency
Gravitational force
Gravitational potential energy
A. Temperature and heat
TLL 0
mLQ
TmcQ
LinearExpansion
LatentHeat
Heat andTemperature
B. Kinetic theory and thermodynamics
AF
p
nRT=pV
2Tk3
K Bavg
kT3
MRT3
vrms
VpW
TncQ
WQU
TncU v
H
CH
H Q
QW
e
H
CHc T
TTe
Pressure
Gas law
Kineticenergy
Root-mean-squarespeed
Work
Molar heat
First law ofthermodynamics
Internalenergy
Heatengineefficiency
A. Static fluids
ghPP o Pressureand Depth
B. Fluid dynamics
ConstantvAvA 2211
constantgh2v
P2
Continuityequation
Bernoulli’sequation
A. Static Electricity
221
0 r
qq4
1F
qF
E
qVUE
rq
41
V0
o
QdaE
drdV
E
rqq
41
qVU 21
oE
Force
ElectricField
Electricpotentialenergy
Electricpotential
Gauss’slaw
ElectricField
Electricpotentialenergy
B. Conductors, capacitors
dV
Eavg
VQ
C d
AC 0
C2Q
2CV
2QV
U22
c
tQ
Iavg A
Rl
d
AC 0
dtdQ
I
i
CC ip i is C
1C1
Electriccurrent
Electricfield
Capacitance
Energy incapacitors
Resistance
Capacitors inseries andparallel
C. Electric circuits
IRV
IVP
i
is RR
i ip R
1R1
Resistors inseries andparallel
Ohm’s law
Power
D. Magnetism
sinqvBFB
sin lBIF
rI
2B 0
cos BA ABm
B x qvFm
IdlB o
B x dl IF
nIB oS
dABm
Magnetic force on a
charge
current
Magnetic force on a
charge
current
Magnetic Field of acurrent
Magnetic Flux
Magnetic Field of asolenoid
Ampere’s law
E. Electromagnetic induction
tm
avg
vBl
dtd m
dtdI
L
2LI
U2
L
Faraday’slaw
Motionalemf
Self-inducedemf
Energy storedin an inductor
A. Wave motion
fv
vc
n
2211 sinnsinn
2
1c n
nsin
Waveequation
Index ofrefraction
Snell’s law
Critical angle
B. Physical optics
msind
dLm
xm
Constructiveinterference
Bright fringelocations
C. Geometric optics
oi s1
s1
f1
o
i
o
iss
hh
M
2R
f
Thin-lens equation
Image magnification
Focal lengthof sphericalmirror
A. Atomic physics and quantum effects
pchE
hKmax
ph
Energy ofa photon
Photoelectricequation
De Brogliewavelength
B. Nuclear physics
2cmE Bindingenergy
END