This course covers both sections of the AP Physics C curriculum — Mechanics and Electricity & Magnetism — using calculus as the primary mathematical tool. You will derive kinematic equations from differential equations, apply the work-energy theorem via integration, analyze rotational dynamics with moment of inertia integrals, and progress through electrostatics, DC circuits, and electromagnetic induction. Every topic emphasizes the deep connection between physics and calculus, preparing you for both AP exams and university-level physics.
Use derivatives and integrals to analyze motion, then apply Newton's laws to systems with variable forces
Apply the work-energy theorem, conservation of energy, and impulse-momentum theorem using integration
Analyze rotational dynamics with moment of inertia integrals and model oscillatory motion with differential equations
Apply Coulomb's law, compute electric fields by integration and Gauss's law, and analyze electric potential
Analyze resistor and capacitor circuits using Kirchhoff's laws and solve RC transient equations
Analyze magnetic forces and fields using the Biot-Savart and Ampere's laws, then apply Faraday's law to electromagnetic induction
Apply calculus-based physics to design, analyze, and simulate a multi-concept physics system
A 20-question assessment covering both Mechanics and E&M at AP Physics C level