大学物理简明教程 英文版 第2版 上pdf电子书版本下载

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Part One Mechanics 2

Chapter 1 Kinematics 2

1.1 Frame of Reference and Particle 2

1.2 Displacement,Velocity,and Acceleration 4

1.3 Two Types of Problems in Kinematics and Sample Problems 10

1.4 Circular Motion 13

1.5 Relative Motion 17

Questions 19

Problems 20

Chapter 2 Dynamics—Newton's Laws of Motion 23

2.1 Newton's Laws,Force,and Inertial Reference Frame 23

2.2 The Forces in Mechanics and the Fundamental Forces in Nature 27

2.3 Fundamental Quantities,Units,and Dimensions 33

2.4 Applying Newton's Laws of Motion 34

2.5 Galilean Transformations 39

2.6 Non-inertial Frame and Inertial Force 40

Questions 44

Problems 45

Chapter 3 Work and Energy 49

3.1 Work 49

3.2 Kinetic Energy and the Law of Kinetic Energy 54

3.3 Conservative Force and Potential Energy of Weight 55

3.4 Elastic Potential Energy and Universal Gravitational Potential Energy 58

3.5 Conservation of Mechanical Energy 59

3.6 The Conservation of Energy 64

Questions 65

Problems 66

Chapter 4 Momentum 70

4.1 Linear Momentum,Linear Impulse,and Momentum Theorem 70

4.2 Conservation of Momentum 73

4.3 Collision 76

4.4 Conservation of Angular Momentum of a Particle 80

4.5 The Center of Mass 83

Questions 86

Problems 87

Chapter 5 Rotation of a Rigid Body 92

5.1 Motion of a Rigid Body 92

5.2 Torque,the Law of Rotation,and Rotational Inertia 94

5.3 Applying the Law of Rotation 99

5.4 Kinetic Energy and Work in Rotational Motion 101

5.5 Angular Momentum of a Rigid Body and Conservation of Angular Momentum 104

Questions 109

Problems 110

Part Two Electromagnetism 116

Chapter 6 Static Electric Field in a Vacuum 116

6.1 Electric Charge and Coulomb's Law 116

6.2 The Electric Field 118

6.3 Electric Field Lines,Electric Flux,and Gauss'Law 123

6.4 Electric Potential 130

6.5 Equipotential Surface and Potential Gradient 135

6.6 The Electric Force Exerted on a Moving Charged Particle 136

Questions 138

Problems 139

Chapter 7 Conductors and Dielectrics in Electrostatic Field 143

7.1 Conductors and Electrostatic Induction 143

7.2 Capacitors and Capacitance 147

7.3 Dielectrics 152

7.4 Gauss'Law in Dielectric 155

7.5 Energy Stored in an Electric Field 159

Questions 161

Problems 162

Chapter 8 Magnetic Field of a Steady Current 165

8.1 The Magnetic Phenomena and Ampere's Hypothesis 165

8.2 The Magnetic Field,Magnetic Field Lines,and Magnetic Flux 167

8.3 Magnetic Fields Set Up by a Current and a Moving Charge 169

8.4 Ampere's Law 173

8.5 Motion of a Charged Particle in a Magnetic Field 176

8.6 Magnetic Force on Current-carrying Conductors 178

8.7 Magnetic Torque on a Current carrying Loop 179

8.8 The Hall Effect 180

8.9 Magnetic Material 181

8.10 Ampere's Law and Gauss'Law for Magnetism 185

8.11 Ferromagnetism 188

Questions 193

Problems 194

Chapter 9 Electromagnetic Induction 199

9.1 Nonelectrostatic Force,Source and Electromotive Force 199

9.2 Faraday's Law of Induction 202

9.3 Motional Electromotive Force 206

9.4 Induced Electric Fields 209

9.5 Self-induction and Mutual-induction Phenomena 212

9.6 Energy of the Magnetic Field 216

9.7 Displacement Current and Complete Current Law 218

9.8 Maxwell's Equations 223

Questions 226

Problems 228

Appendix 1 The International System of Units 234

Appendix 2 Some Fundamental Constants of Physics 236

Words 237

Answers to Problems 244