AP Physics C: Mechanics is a calculus-based course equivalent to a first-semester university physics course. It covers mechanics in greater mathematical depth than AP Physics 1, using derivatives and integrals throughout.
Kinematics: position, velocity, acceleration as derivatives and integrals. Newton's laws: including non-constant forces, drag forces, systems of objects. Work & energy: work as integral of force, potential energy functions, energy diagrams. Linear momentum: impulse-momentum theorem, collisions, centre of mass. Rotation: torque, moment of inertia (integral derivations), angular momentum, rolling. Oscillations: SHM with calculus, energy in SHM. Gravitation: universal law, orbits, energy of orbits.
Section I: 35 MCQs in 45 minutes. Section II: 3 FRQs in 45 minutes. Calculator allowed (but not computer algebra systems). Equation sheet provided. Score 1–5. The 5-rate is ~25% — higher than AP Physics 1. Can be taken alongside AP Physics C: Electricity & Magnetism (separate 90-min exam on the same day).
Unlike Physics 1, derivations use calculus: v = dx/dt, a = dv/dt, work = ∫F·dx, impulse = ∫F·dt. Students must be comfortable differentiating and integrating polynomial, trigonometric, and exponential functions. Taking AP Calculus AB/BC concurrently or prior is essential.
Yes — Physics C: Mechanics can be taken without first taking Physics 1. However, you need concurrent or prior AP Calculus (AB minimum, BC preferred). Physics C goes deeper into fewer topics (mechanics only) using calculus, so some students find it more manageable than the breadth of Physics 1. Strong maths students often skip Physics 1 entirely.
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