Physics Level II Final Exam Study Guide
Physics Level II Final Exam Study Guide
Chapter 12: Universal Gravitation
12.1 The Falling Apple
12.2 The Falling Moon
12.3 The Falling Earth
12.4 Newton's Law of Universal Gravitation
12.5 Gravity and Distance: The Inverse Square Law
12.6 Universal Gravitation
Chapter 13: Gravitational Interactions
13.1 Gravitational Fields
13.2 Gravitational Field Inside a Planet
13.3 Weight and Weightlessness
13.4 Ocean Tides
Chapter 14: Satellite Motion
14.1 Earth Satellites
14.2 Circular Orbits
14.3 Elliptical Orbits
Chapter 15: Special Relativity—Space and Time
15.1 Space-Time
15.2 Motion Is Relative
15.3 The Speed of Light Is Constant
15.4 The First Postulate of Special Relativity
15.5 The Second Postulate of Special Relativity
15.6 Time Dilation
15.7 The Twin Trip
15.8 Space and Time Travel
Chapter 16: Special Relativity—Length, Momentum, and Energy
16.1 Length Contraction
16.3 Equivalence of Mass and Energy
16.4 Kinetic Energy in Relativity
Chapter 18: Solids
18.2 Density
18.3 Elasticity
18.4 Compression and Tension
18.5 Scaling
Chapter 19: Liquids
19.1 Liquid Pressure
19.2 Buoyancy
19.3 Archimedes' Principle
19.4 Does It Sink, or Does It Float?
19.5 Flotation
19.6 Pascal's Principle
Chapter 20: Gases
20.5 Boyle's Law
20.6 Buoyancy of Air
20.7 Bernoulli's Principle
20.8 Applications of Bernoulli's Principle
Chapter 21: Temperature, Heat, and Expansion
21.1 Temperature
21.2 Heat
21.3 Thermal Equilibrium
21.4 Internal Energy
21.5 Measurement of Heat
21.8 Thermal Expansion
21.9 Expansion of Water
Chapter 22: Heat Transfer
22.1 Conduction
22.2 Convection
22.3 Radiation
22.4 Absorption of Radiant Energy
22.5 Emission of Radiant Energy
Chapter 24: Thermodynamics
24.2 First Law of Thermodynamics
24.4 Second Law of Thermodynamics
24.6 Order Tends to Disorder
24.7 Entropy
Chapter 25: Vibrations and Waves
25.1 Vibration of a Pendulum
25.2 Wave Description
25.3 Wave Motion
25.4 Wave Speed
25.5 Transverse Waves
25.6 Longitudinal Waves
25.8 Standing Waves
25.9 The Doppler Effect
Chapter 26: Sound
26.1 The Origin of Sound
26.2 Sound in Air
26.4 Speed of Sound
26.5 Loudness
26.6 Forced Vibration
26.7 Natural Frequency
26.8 Resonance
Chapter 27: Light
27.1 Early Concepts of Light
27.2 The Speed of Light
27.3 Electromagnetic Waves
27.4 Light and Transparent Materials
27.7 Polarization
Chapter 28: Color
28.1 The Color Spectrum
28.2 Color by Reflection
28.3 Color by Transmission
28.4 Sunlight
28.5 Mixing Colored Light
28.8 Why the Sky Is Blue
Chapter 29: Reflection and Refraction
29.1 Reflection
29.2 The Law of Reflection
29.3 Mirrors
29.6 Refraction
29.8 Refraction of Light
29.10 Dispersion in a Prism
29.11 The Rainbow
29.12 Total Internal Reflection
Chapter 30: Lenses
30.1 Converging and Diverging Lenses
30.2 Image Formation by a Lens
30.6 The Eye
30.7 Some Defects in Vision
Chapter 32: Electrostatics
32.1 Electrical Forces and Charges
32.2 Conservation of Charge
32.3 Coulomb's Law
32.4 Conductors and Insulators
32.5 Charging by Friction and Contact
32.6 Charging by Induction
32.7 Charge Polarization
Chapter 33: Electric Fields and Potential
33.1 Electric Fields
33.2 Electric Field Lines
33.3 Electric Shielding
33.4 Electric Potential Energy
33.5 Electric Potential
33.6 Electric Energy Storage
33.7 The Van de Graaff Generator
Chapter 34: Electric Current
34.1 Flow of Charge
34.2 Electric Current
34.3 Voltage Sources
34.4 Electric Resistance
34.5 Ohm's Law
34.6 Ohm's Law and Electric Shock
34.7 Direct Current and Alternating Current
34.10 The Source of Electrons in a Circuit
34.11 Electric Power
Chapter 35: Electric Circuits
35.1 A Battery and a Bulb
35.2 Electric Circuits
35.3 Series Circuits
35.4 Parallel Circuits
35.5 Schematic Diagrams
35.6 Combining Resistors in a Compound Circuit
35.7 Parallel Circuits and Overloading
Chapter 36: Magnetism
36.1 Magnetic Poles
36.2 Magnetic Fields
36.3 The Nature of a Magnetic Field
36.4 Magnetic Domains
36.5 Electric Currents and Magnetic Fields
36.7 Magnetic Forces on Current-Carrying Wires
Basic equations:
v = d/t a = ∆v/t d = √at2
O A vi2 sin2Ø
sin Ø = ——— cos Ø = ——— dx = ———————
H H a
a = 9.8 m/s2
F
a = ——
m
momentum ’ m·v ρtotal ’ mtotal· vtotal impulse = F·t
impulse = ∆ momentum
net momentum (before collision) = net momentum (after collision)
Work = F·d Power = work/ time
Fout·dout = Fin·din PE = mgh g = 9.80m/s2
MA = Fout/Fin MA = din/dout
Fout·rout = Fin·rin MA = rin /rout
Fout · height = Fin · length
length of plane
MA = ——————————
height of plane
θ m·v2
ω ’ —— v = ω·r F = ———
t r
T = F·d
First Condition of Equilibrium
∑F parallel = 0
Second Condition of Equilibrium
∑ T clockwise = ∑ T counterclockwise
Hoop Solid Cylinder Solid Sphere
I = mr2 I = 1/2mr2 I = 2/5mr2
m1m2
F = G ——— where G = 6.67 X 10-11 N·m2/kg2
d2
∆to ___________
∆t = _________ L = Lo· √ 1- v2/c2
√ 1- v2/c2
mo
m = _________ E = mc2
√ 1- v2/c2
mass weight
density = ——————— weight density = ———————
volume volume
force
Pressure = —————— Force = mg
area
P1·V1 = P2·V2
v = λf f = 1/T v = 331m/s + (.600 x Temp in °C)
Q1 x Q2 V
F = k ————— I = ——
d2 R
k = 9.00 x 109 N·m2/C2
——————————————————————
Series
——————————————————————
Current I = I1 = I2 = I3 = · · ·
Resistance R = R1 + R2 + R3 + · · ·
Voltage V = V1 + V2 + V3 + · · ·
——————————————————————
——————————————————————
Parallel
——————————————————————
Current I = I1 + I2 + 13 + · · ·
1 1 1 1
Resistance R = R1 + R2 + R3 + · · ·
Voltage V = V1 = V2 = V3 = · · ·
——————————————————————
................
................
In order to avoid copyright disputes, this page is only a partial summary.
To fulfill the demand for quickly locating and searching documents.
It is intelligent file search solution for home and business.
Related searches
- level ii teaching certification pa
- biology exam study guide answers
- physical science final exam study guide
- ccna exam study guide pdf
- college physics study guide pdf
- physics 1 final exam college
- lmsw exam study guide free
- ap physics study guide pdf
- physics 1 final exam pdf
- acs exam study guide pdf
- physics study guide pdf
- chemistry final study guide answers