AP Physics C: Mechanics
Master calculus-based mechanics including kinematics, energy, momentum, rotation, and oscillations.
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Take the free AP Physics C: Mechanics diagnostic
It finds what you already know and builds your study plan: the topics to clear first, each a short lesson plus an exit quiz.
Take the free diagnosticCourse Overview
This AP Physics C: Mechanics course on Study Mondo covers 15 topics organized across 7 categories. Each topic includes detailed written explanations, worked examples, practice problems with step-by-step solutions, flashcards for review, and interactive lessons to help you master the material.
What You'll Learn
Kinematics
Calculus-based motion analysis in one and two dimensions
Dynamics
Newton's laws with calculus, force analysis, and applications
Work and Energy
Work-energy theorem, conservative forces, and potential energy with calculus
Linear Momentum
Momentum conservation, collisions, and center of mass with calculus
Rotational Motion
Rotational kinematics, dynamics, moment of inertia, and angular momentum
Oscillations
Simple harmonic motion, damped and driven oscillations using differential equations
Gravitation
Universal gravitation, orbital mechanics, and gravitational potential energy
Start with any category below, or jump to a specific topic that you need help with.
Study tools
📚 Study schedules & cram guides
Pick the schedule that matches your timeline — from a 1-month build-up to a night-before review.
A focused 72-hour rescue plan when the exam is almost here.
~12 hours total study
One full week to lock in the highest-leverage topics and FRQ patterns.
~25 hours total study
A structured 4-week plan that builds mastery without burning out.
~60 hours total over 4 weeks
How to attack free-response questions and earn easy partial credit.
~3-4 hours of focused work
The night-before checklist: top formulas, common traps, and what NOT to do.
~45 minutes to skim
Explore Related Topics
Jump into high-impact topics and keep your study momentum moving.
Calculus-based motion analysis in one and two dimensions
Position, Velocity, and Acceleration
Derivatives and integrals in kinematics
Motion with Variable Acceleration
Solving kinematics problems when acceleration depends on time, position, or velocity
Circular Motion and Polar Coordinates
Centripetal acceleration, angular velocity, and motion in polar coordinates
Newton's laws with calculus, force analysis, and applications
Work-energy theorem, conservative forces, and potential energy with calculus
Momentum conservation, collisions, and center of mass with calculus
Rotational kinematics, dynamics, moment of inertia, and angular momentum
Simple harmonic motion, damped and driven oscillations using differential equations
Universal gravitation, orbital mechanics, and gravitational potential energy