University Physics

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Contents: 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