Kinematics
Position, velocity, and acceleration as derivatives and integrals, in one, two, and three dimensions. Vectors and scalars, motion graphs, reference frames, and projectile motion.
All seven units of the calculus-based AP Physics C: Mechanics course framework, with approximate exam weighting and topic counts. The redesign folded gravitation into the dynamics and rotating-systems units rather than treating it separately, so the current framework runs from kinematics through oscillations in seven units. Approximate weightings are from the College Board Course and Exam Description (see also the reference sheet); exact weightings vary year to year.
Position, velocity, and acceleration as derivatives and integrals, in one, two, and three dimensions. Vectors and scalars, motion graphs, reference frames, and projectile motion.
Newton's three laws, systems and center of mass, free-body diagrams, gravitation, friction, springs, resistive forces, and circular motion.
Translational kinetic energy, the work-energy theorem with variable forces, potential energy, conservation of energy, and power.
Momentum, impulse as the integral of force over time, conservation of linear momentum, and elastic and inelastic collisions.
Rotational kinematics, connecting linear and rotational motion, torque, rotational inertia, equilibrium, and Newton's second law in rotational form.
Rotational kinetic energy, torque and work, angular momentum and angular impulse, conservation of angular momentum, rolling, and orbital motion.
Simple harmonic motion, frequency and period, energy of simple harmonic oscillators, and simple and physical pendulums.
Everything above, mixed together. Work the whole-course challenge deck, sit an exam-length cumulative whose 42 questions mirror the real section's unit weighting, or blast every unit's misconceptions in the arcade.
All seven units are live with diagnostics, drills, lessons, and cumulative MCQ exams, using the same misconception-targeted method as the AP Physics 1 course on Mistake Master.