AP Correlations for Advanced Physics with Vernier – Mechanics
We have correlated experiments in Advanced Physics with Vernier – Mechanics to the course content in the Acorn booklet.
| Vernier experiment | AP Physics Topic Outline Correlation | |
|---|---|---|
| Motion on an Incline | I. Newtonian Mechanics, A. Kinematics, | |
| 1. Motion in one dimension | ||
| Error Analysis | Covered throughout the book. | |
| Newton’s First Law | I. Newtonian Mechanics, A. Kinematics, | |
| 1. Motion in one dimension | ||
| I. Newtonian Mechanics, B. Newton’s laws of motion, 1. Static equilibrium | ||
| Newton’s Second Law | I. Newtonian Mechanics, B. Newton’s laws of motion, 2. Dynamics of a single particle | |
| Newton’s Third Law | I. Newtonian Mechanics, B. Newton’s laws of motion, 3. Systems of two or more objects | |
| Projectile Motion | I. Newtonian Mechanics, A. Kinematics, | |
| 2. Motion in two dimensions, including projectile motion | ||
| Energy Storage and Transfer: Elastic Energy | I. Newtonian Mechanics, C. Work, energy, power, 2. Forces and potential energy | |
| Energy Storage and Transfer: Kinetic Energy | I. Newtonian Mechanics, C. Work, energy, power, 2. Forces and potential energy | |
| Energy Storage and Transfer: Gravitational Energy | I. Newtonian Mechanics, C. Work, energy, power, 2. Forces and potential energy | |
| Impulse and Momentum | I. Newtonian Mechanics, D. Systems of particles, linear momentum, 2. Impulse and momentum | |
| Momentum and Collisions | I. Newtonian Mechanics, D. Systems of particles, linear momentum, 3. Conservation of linear momentum, collisions | |
| Centripetal Acceleration | I. Newtonian Mechanics, E. Circular motion and rotation, 1. Uniform circular motion | |
| Rotational Dynamics | I. Newtonian Mechanics, E. Circular motion and rotation, 3. Rotational kinematics and dynamics | |
| Conservation of Angular Momentum | I. Newtonian Mechanics, E. Circular motion and rotation, 4. Angular momentum and its conservation | |
| Simple Harmonic Motion: Mathematical Model | I. Newtonian Mechanics, F. Oscillations and gravitation, 1. Simple harmonic motion, | |
| 2. Mass on a spring | ||
| Simple Harmonic Motion: Kinematics and Dynamics | I. Newtonian Mechanics, F. Oscillations and gravitation, 1. Simple harmonic motion, | |
| 2. Mass on a spring | ||
| Pendulum Periods | I. Newtonian Mechanics, F. Oscillations and gravitation, 3. Pendulum and other oscillations | |
| Physical Pendulum | I. Newtonian Mechanics, F. Oscillations and gravitation, 3. Pendulum and other oscillations | |
| Center of Mass | I. Newtonian Mechanics, D. Systems of particles, linear momentum, 3. Conservation of linear momentum, collisions | |
| I. Newtonian Mechanics, D. Systems of particles, linear momentum, 1. Center of mass | ||
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