Sears and Zemansky's University Physics Book

	Mechanics
Chapter 1	Units, Physical Quantities, and Vectors	1
Chapter 2	Motion Along a Straight Line	31
Chapter 3	Motion in Two or Three Dimensions	61
Chapter 4	Newton's Laws of Motion	92
Chapter 5	Applications of Newton's Laws	120
Chapter 6	Work and Kinetic Energy	164
Chapter 7	Potential Energy and Energy Conservation	194
Chapter 8	Momentum, Impulse, and Collisions	227
Chapter 9	Rotation of Rigid Bodies	268
Chapter 10	Dynamics of Rotational Motion	294
Chapter 11	Equilibrium and Elasticity	329
Chapter 12	Gravitation	358
Chapter 13	Periodic Motion	392
Chapter 14	Fluid Mechanics	427
	Thermodynamics
Chapter 15	Temperature and Heat	460
Chapter 16	Thermal Properties of Matter	499
Chapter 17	The First Law of Thermodynamics	533
Chapter 18	The Second Law of Thermodynamics	559
	Waves/Acoustics
Chapter 19	Mechanical Waves	593
Chapter 20	Wave Interference and Normal Modes	620
Chapter 21	Sound and Hearing	646
	Electromagnetism
Chapter 22	Electric Charge and Electric Field	669
Chapter 23	Gauss's Law	704
Chapter 24	Electric Potential	731
Chapter 25	Capacitance and Dielectrics	771
Chapter 26	Current, Resistance, and Electromotive Force	799
Chapter 27	Direct-Current Circuits	832
Chapter 28	Magnetic Field and Magnetic Forces	865
Chapter 29	Sources of Magnetic Field	903
Chapter 30	Electromagnetic Induction	941
Chapter 31	Inductance	971
Chapter 32	Alternating Current	997
Chapter 33	Electromagnetic Waves	1025
	Optics
Chapter 34	The Nature and Propagation of Light	1053
Chapter 35	Geometric Optics	1085
Chapter 36	Optical Instruments	1118
Chapter 37	Interference	1138
Chapter 38	Diffraction	1165
	Modern Physics
Chapter 39	Relativity	1195
	Appendices	1231
A	The International System of Units	1231
B	Useful Mathematical Relations	1233
C	The Greek Alphabet	1234
D	Periodic Table of the Elements	1235
E	Unit Conversion Factors	1236
F	Numerical Constants	1237
	Answers to Odd-Numbered Problems	1239
	Credits	1254
	Index	1256