University Physics. Arfken Griffing Kelly Priest

Content: 
Front Matter, Page iii
Copyright, Page iv
Preface to the Student, Pages vii-viii
Chapter 1 - General Introduction, Pages 1-4
Chapter 2 - Vector Algebra, Pages 5-10
Chapter 3 - Equilibrium of Rigid Bodies, Pages 11-18
Chapter 4 - Motion in One Dimension, Pages 19-28
Chapter 5 - Motion in a Plane, Pages 29-35
Chapter 6 - Newton's Laws, Pages 36-47
Chapter 7 - Work, Energy, and Power, Pages 48-57
Chapter 8 - Conservation of Energy, Pages 58-67
Chapter 9 - Conservation of Linear Momentum, Pages 68-75
Chapter 10 - Many-Particle Systems, Pages 76-84
Chapter 11 - Conservation of Angular Momentum, Pages 85-90
Chapter 12 - Rotation of a Rigid Body, Pages 91-99
Chapter 13 - Motion of a Rigid Body, Pages 100-105
Chapter 14 - Oscillatory Motion, Pages 106-115
Chapter 15 - The Mechanical Properties of Matter, Pages 116-122
Chapter 16 - Fluid Mechanics, Pages 123-131
Chapter 17 - Wave Kinematics, Pages 132-139
Chapter 18 - Mechanical Waves, Pages 140-145
Chapter 19 - Special Relativity, Pages 146-152
Chapter 20 - Relativistic Mechanics, Pages 153-157
Chapter 21 - Temperature and Heat, Pages 158-166
Chapter 22 - Thermal Properties of Matter, Pages 167-173
Chapter 23 - Heat Transfer, Pages 174-179
Chapter 24 - The Second Law of Thermodynamics, Pages 180-187
Chapter 25 - Kinetic Theory, Pages 188-193
Chapter 26 - Electric Charge, Pages 194-198
Chapter 27 - Electric Field and Gauss' Law, Pages 199-204
Chapter 28 - Electric Potential, Pages 205-211
Chapter 29 - Capacitance and Capacitors, Pages 212-217
Chapter 30 - Electric Current, Pages 218-223
Chapter 31 - Direct-Current Circuits, Pages 224-230
Chapter 32 - Magnetism and the Magnetic Field, Pages 231-237
Chapter 33 - Magnetic Field of Electric Current, Pages 238-243
Chapter 34 - Electromagnetic Induction, Pages 244-250
Chapter 35 - Inductance and Inductors, Pages 251-257
Chapter 36 - Magnetic Properties of Matter, Pages 258-264
Chapter 37 - Alternating Currents, Pages 265-271
Chapter 38 - Electromagnetic Waves and Maxwell's Equations, Pages 272-277
Chapter 39 - Reflection, Refraction, and Geometric Optics, Pages 278-288
Chapter 40 - Physical Optics: Interference, Pages 289-295
Chapter 41 - Physical Optics: Diffraction, Pages 296-301
Chapter 42 - Quantum Physics, Lasers, and Squids, Pages 302-310
Chapter 43 - Nuclear Structure and Nuclear Technology, Pages 311-320
Answers to Problems, Pages 321-324