Vectors, Projectile motion, constant acceleration, variable acceleration, velocity versus speed, circular motion

System of particles, center of mass, impulse, conservation of linear momentum

Systems in Equilibrium are investigated. The knowledge of torque and force is being applied here.

Electric Force, electric field and potential, equipotential surfaces and lines, energy density, Gauss' Law, electric energy

Lenses, mirrors, polarization, single slit and double slit experiments, index of refraction, Snell's Law, thin films

Newton's Laws, physical forces, inclined plane motion, friction, Hooke's Law, weight, linear momentum

Rigid bodies, angular momentum, rotation about a fixed axis, torque, conservation of angular momentum, rolling motion

Types of fluids, static fluids, buoyancy force, fluid dynamics, continuity and Bernoulli's equations

Magnetic fields, magnetic force, electromagnetic induction, magnetic flux, Ampere's Law, particle motions

Power, work, kinetic energy, gravitational potential energy, conservation of energy, work in three dimensions

Harmonic oscillation, pendulum and spring motions, standing waves, sound waves, interference of waves

Heat transfer, ideal gas law, kinetic theory of gases, PV diagrams, Entropy, four special processes

Ohm's Law, DC and AC circuits, Kirchhoff's Rule, capacitors, RC circuits, combinations of electric components