General introduction -- Vector algebra -- Equilibrium of rigid bodies -- Motion in one dimension -- Motion in a plane -- Newton's laws -- Work, energy, and power -- Conservation of energy -- conservation of linear momentum -- Many-particle systems -- Conservation of angular momentum -- Rotation of a rigid body -- Motion of a rigid body -- Oscillatory motion -- The mechanical properties of matter -- Fluid mechanics -- Wave kinematics -- Mechanical waves -- Special relativity -- Relativistic mechanics -- Temperature and heat -- Thermal properties of matter -- Heat transfer -- The second law of thermodynamics -- Kinetic theory -- Electric charge -- Electric field and Gauss' law -- Electric potential -- Capacitance and capacitors -- Electric current -- Direct-current circuits -- Magnetism and the magnetic field -- Magnetic field of electric current -- Electromagnetic induction -- Inductance and inductors -- Magnetic properties of matter -- Alternating currents -- Electromagnetic waves and Maxwell's equations -- Reflection, refraction, and geometric optics -- Physical optics: interference -- Physical optics: diffraction -- Quantum physics, lasers, and squids -- Nuclear structure and nuclear technology.