| Standard Description | Objectives |
AP Physics B & Physics C
- 01. Newtonian Mechanics
- A. Kinematics - including vectors, vector algebra, components of vectors, coordinate systems, displacement, velocity, and acceleration
|
01. Motion in one dimension |
AP Physics B & Physics C
- 01. Newtonian Mechanics
- A. Kinematics - including vectors, vector algebra, components of vectors, coordinate systems, displacement, velocity, and acceleration
|
02. Motion in two dimensions, including projectile motion |
AP Physics B & Physics C
- 01. Newtonian Mechanics
- B. Newton's laws of motion
|
01. Static equilibrium (first law) |
AP Physics B & Physics C
- 01. Newtonian Mechanics
- B. Newton's laws of motion
|
02. Dynamics of a single particle (second law) |
AP Physics B & Physics C
- 01. Newtonian Mechanics
- B. Newton's laws of motion
|
03. Systems of two or more objects (third law) |
AP Physics B & Physics C
- 01. Newtonian Mechanics
- C. Work, energy, power
|
02. Forces and potential energy |
AP Physics B & Physics C
- 01. Newtonian Mechanics
- D. Systems of particles, linear momentum
|
01. Center of mass |
AP Physics B & Physics C
- 01. Newtonian Mechanics
- D. Systems of particles, linear momentum
|
02. Impulse and momentum |
AP Physics B & Physics C
- 01. Newtonian Mechanics
- D. Systems of particles, linear momentum
|
03. Conservation of linear momentum, collisions |
AP Physics B & Physics C
- 01. Newtonian Mechanics
- E. Circular motion and rotation
|
04. Angular momentum and its conservation |
AP Physics B & Physics C
- 01. Newtonian Mechanics
- F. Oscillations and gravitation
|
01. Simple harmonic motion (dynamics and energy relationships) |
AP Physics B & Physics C
- 01. Newtonian Mechanics
- F. Oscillations and gravitation
|
02. Mass on a spring |
AP Physics B & Physics C
- 01. Newtonian Mechanics
- F. Oscillations and gravitation
|
03. Pendulum and other oscillations |