Introduction and mathematical concepts; kinematics in one dimension; kinematics in two dimensions; forces and Newton's laws of motion; dynamics of uniform circular motion; work and energy; impulse and momentum; rotational kinematics; rotational dynamics; elasticity and simple harmonic motion; fluids; temperature and heat; the transfer of heat; the ideal gas law and kinetic theory; thermodynamics; waves and sound; the principle of linear superposition and interference phenomena; electric forces and electric fields; electric potential energy and electric potential; electric circuits; magnetic forces and magnetic fields; electromagnetic induction; alternating current circuits; electromagnetic waves; the reflection of light; lenses and optical instruments; interference and the wave nature of light; special relativity; particles and waves; the nature of the atom; nuclear physics and radioactivity; ionizing radiation; nuclear energy, and elementary particles.