AP Physics C
Mechanics & E&M.
The absolute pinnacle of high school physics. Master calculus-based physical modeling, differential equations, and Maxwell's laws to guarantee a 5 and secure Ivy League STEM admissions.
The Calculus Barrier
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Calculus Integration: We don't just teach physics; we teach how to apply integration and differentiation to non-uniform physical systems.
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Olympiad Bridge: Scoring a 5 in AP Physics C is the exact foundation needed to transition into the elite USAPhO competition.
Conquering the Ivy League Standard
AP Physics C is divided into two separate, intense exams: Mechanics and Electricity & Magnetism (E&M). Unlike AP Physics 1 & 2, this course is heavily calculus-based. It is the exact equivalent of a first-year physics course for engineering and physics majors at top-tier universities like MIT and Caltech.
The biggest hurdle students face is the "Calculus Disconnect." A student might get an A in AP Calculus BC, but completely freeze when asked to set up a differential equation for air resistance or evaluate a surface integral for Gauss's Law. We explicitly bridge this gap.
The EduGlobal Difference
MethodologyStandard High School
Focuses on algebraic shortcuts and tells students to "memorize" the results of integrals (like the moment of inertia of a sphere) instead of teaching them how to derive it.
Pure Derivation
We train students to set up their own boundary conditions and limits of integration. If a student forgets a formula, they can simply derive it from Newton's or Maxwell's laws on the spot.
Official College Board Syllabus Map
Our syllabus is meticulously aligned with the AP Physics C curriculum, covering both Mechanics and Electricity & Magnetism.
Part 1: AP Physics C Mechanics
Kinematics (with Calculus)
Vectors, motion in one and two dimensions. Using derivatives and integrals to move fluidly between position, velocity, and acceleration functions.
Newton's Laws of Motion
First, second, and third laws. Solving complex systems of masses. Advanced: Using differential equations to solve for velocity with air resistance (drag forces).
Work, Energy, and Power
Work done by variable forces (integration). Conservative forces, potential energy gradients (derivatives), and conservation of energy in non-uniform systems.
Systems of Particles & Momentum
Deriving the center of mass using integration ($\frac{1}{M} \int r \, dm$). Impulse as an integral, and 2D elastic/inelastic collisions.
Rotation
Torque, rotational kinematics. Advanced: Deriving moment of inertia for rods, disks, and spheres using integration. Conservation of angular momentum.
Oscillations & Gravitation
Simple Harmonic Motion (SHM) proven via second-order differential equations. Kepler's laws, orbits, and gravitational potential energy from infinity.
Part 2: AP Physics C Electricity & Magnetism
Electrostatics
Coulomb’s law for continuous charge distributions (integration). Electric fields, electric potential, and deep mastery of Gauss's Law using surface integrals.
Conductors, Capacitors, & Dielectrics
Electrostatics of conductors. Deriving capacitance for parallel plates, cylinders, and spheres. Energy stored in electric fields.
Electric Circuits
Kirchhoff’s rules. Steady-state and transient analysis of RC (Resistor-Capacitor) circuits using differential equations.
Magnetic Fields
Lorentz force. Using the Biot-Savart Law and Ampere's Law to calculate magnetic fields generated by various current distributions.
Electromagnetism
The pinnacle of E&M: Magnetic flux, Faraday's Law of Induction, Lenz's Law, and inductance. Transient analysis of RL and LC circuits.
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