2. 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 %)      

3. 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

4. I1. Fluids A. Static fluids B. Fluid dynamics (5 %) …….…….……..…… (2 %) ……….………..… (3 %)   Content Outline for Physics B and Physics C Content Area

5. 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

6. 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

7. 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

8. A. Kinematics Linear kinematics 2-Dimensional Motion

9. B. Newton's laws of motion Newton’s second law Friction

10. C. Work, energy, power Power Potential energy Kinetic energy Work

11. D. Systems of particles, linear momentum Momentum Impulse

12. E. Circular motion and Rotation Centripetal Acceleration Torque Rotational Kinematics Moment of Inertia Center of mass Angular momentum Rotational kinetic energy Rotational dynamics

13. F. Oscillations and gravitation Restoring Force Elastic Potential Energy Period of pendulum Period of mass/spring Period and frequency Gravitational force Gravitational potential energy

14. A. Temperature and heat Linear Expansion Latent Heat Heat and Temperature

15. B. Kinetic theory and thermodynamics Pressure Gas law Kinetic energy Root- mean- square speed Work Molar heat First law of thermodynamics Internal energy Heat engine efficiency

16. A. Static fluids Pressure and Depth

17. B. Fluid dynamics Continuity equation Bernoulli’s equation

18. A. Static Electricity Force Electric Field Electric potential energy Electric potential Gauss’s law Electric Field Electric potential energy

19. B. Conductors, capacitors Electric current Electric field Capacitance Energy in capacitors Resistance Capacitors in series and parallel

20. C. Electric circuits Resistors in series and parallel Ohm’s law Power

21. D. Magnetism Magnetic force on a charge current Magnetic force on a charge current Magnetic Field of a current Magnetic Flux Magnetic Field of a solenoid Ampere’s law

22. E. Electromagnetic induction Faraday’s law Motional emf Self-induced emf Energy stored in an inductor

23. A. Wave motion Wave equation Index of refraction Snell’s law Critical angle

24. B. Physical optics Constructive interference Bright fringe locations

25. C. Geometric optics Thin-lens equation Image magnification Focal length of spherical mirror

26. A. Atomic physics and quantum effects Energy of a photon Photoelectric equation De Broglie wavelength

27. B. Nuclear physics Binding energy

28. END