Physics study guides

A deep-dive Regents Physics skills guide to the electricity and magnetism module: static electricity and Coulomb's law, electric fields and potential difference, current and Ohm's law, series and parallel circuits, magnetism and the motor effect, and electromagnetic induction. Includes worked examples and constructed-response technique.

A deep-dive Regents Physics skills guide to the forces module: Newton's three laws, weight and the normal force, static and kinetic friction, drawing free-body diagrams, resolving forces into components, and the equilibrium conditions. Includes worked examples and the constructed-response technique Regents markers reward.

A deep-dive Regents Physics skills guide to the kinematics and motion module: scalars and vectors, reading and drawing motion graphs, choosing and applying the constant-acceleration equations from the Reference Tables, free fall, and projectile motion. Includes worked examples and the constructed-response technique Regents markers reward.

A deep-dive Regents Physics skills guide to the modern physics module: the dual nature of light and the photon, the Bohr model and atomic spectra, mass-energy equivalence and nuclear physics, and the Standard Model of quarks and leptons. Includes worked examples and the constructed-response technique Regents markers reward.

A deep-dive Regents Physics skills guide to the momentum, energy and gravitation module: momentum and impulse, conservation of momentum in collisions and explosions, work and power, kinetic and potential energy with conservation of energy, uniform circular motion, and universal gravitation. Includes worked examples and constructed-response technique.

A deep-dive Regents Physics skills guide to the waves module: wave properties and the wave equation, sound and the Doppler effect, reflection and refraction with Snell's law, diffraction and interference, and the electromagnetic spectrum. Includes worked examples and the constructed-response technique Regents markers reward.