Fundamental Physics:
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
New York
Wiley
1964
|
| Ausgabe: | 4. print. |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | 381 S. |
Internformat
MARC
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Datensatz im Suchindex
| _version_ | 1804116732842868736 |
|---|---|
| adam_text | Fundamental
Physics
Jay Orear, CORNELLUNIVERSITY
ASSOCIATEPROFESSOROFPHYSICS
John Wiley amp; Sons, Inc , New York, London
Contents Chapter 1 Introduction 1-1 What Is Physics? 2 1-2 Units 5
1-3 Mathematics in Physics 7
1-4 Science and Society H
Chapter 2
Kinematics
2-1 Velocity 18
2-2 Acceleration 21
2-;! Compound Motion 26
2-4 Vectors 27
2-5 Projectile Motion 28
2-6 Centripetal Acceleration 31
2-7 Earth Satellites 33
2-8 Checking of Units 3 5
Chapter 3 3-1 Newton s Laws of Motion 40
Dynamics 3-2: The Conservation of Momentum 42
3-3 Force 46
3-4 The Inclined Plane 49
3-5 Atwood s Machine 50
3-6 The Simple Pendulum
and Simple Harmonic Motion 51
Chapter 4
Gravitation
4-1 Gravitational Mass 58
4-2 Weight and Weightlessness 59
4-3 Kepler s Laws 6 2
4-4 Newton s Universal Law of Gravitation
4-5 Derivation of Kepler s Laws 67
Chapter 5
Angular momentum and energy
5-1 Conservation of Angular Momentum 76
5-2 Center-of-Mass 77
5-3 Statics 79
5-4 Energy 82
5-5 Potential Energy 83
5-6 Conservation of Energy 81+
5-7 Gravitational Potential Energy 87
5-8 Velocity of Escape 88
5-9 Friction and Heat 90
5-10 Equivalence of Mass and Energy 93
5-11 Conservation of Heavy Particles 94
Chapter 6
The kinetic theory
Chapter 7
Electrostatics
Chapter 8
Electromagnetism
V
Chapter 9
Electrical applications
6-1 Density 100
6-2 Pressure 100
6-3 Hydrostatics 101
6-4 Atoms and Molecules 104
6-5 The Perfect Gas Law 105
6-6 Temperature 107
6-7 Avogadro s Law 110
6-8 The Kinetic Theory of Heat 113
6-9 Changes of State 115
6-10 The Bubble Chamber 1 1 6
6-11 Statistical Mechanics 118
7-1 Electronic Structure of Matter 124
7-2 Concept of Charge 125
7-3 Coulomb s Law 128
7-4 Electrostatic Induction 130
7-5 Electric Field 131
7-6 Lines of Force 133
7-7 Charge Distributions 135
7-8 Electric Potential Energy 140
7-9 Electric Potential 144
8-1 Electric Current 152
8-2 Force between Currents 154
8-3 Magnetic Field 156
8-4 Force on a Current 158
8-5 Ampere s Law 162
8-6 Theory of Magnetism 165
8-7 Faraday s Law of Induction 169
8-8 Maxwell s Equations 172
8-9 Electromagnetic Radiation 173
9-1 Practical Units 182
9-2 Ohm s Law 182
9-3 Circuit Theory 184
9-4 Electronic Vacuum Tubes 187
9-5 Radio and Television 189
9-6 The Electron Volt 190
9-7 The Cyclotron 192
9-8 High-Energy Accelerators 195
Contents | xii
Chapter 10
Wave motion and light
Chapter 11
Relativity
Chapter 12
Quantum theory
Chapter 13
Atomic theory
Chapter 14
The structure of matter
10-1 Electromagnetic Waves 202
10-2 The Electromagnetic Spectrum 203
10-3 Interference 204
10-4 Double Slit Interference 211
10-5 The Diffraction Grating 215
10-6 Geometrical Optics 217
11-1 The Principle of Relativity 224
11-2 The Problem of the Ether 225
11—3 The Lorentz Contraction 230
11-4 Time Dilation 231
11-5 The Twin Paradox 232
11—6 Einstein Addition of Velocities 234
11-7 Relativistic Mechanics 235
11-8 General Relativity 240
11-9 Mach s Principle 2-42
11-10 Cosmology 243
12-1 Summary of Classical Physics 250
12-2 The Photoelectric Effect 253
12-3 Wave-Particle Duality 255
12-4 Electron Diffraction 258
12-5 The Uncertainty Principle 259
13-1 The Electron Waves in a Box 266
13-2 The Hydrogen Atom 268
13-3 The Hydrogen Spectrum 276
13-4 The Bohr Model 278
13-5 Atomic Structure 2 81
13-6 The Periodic Table of the Elements 284
13-7 X-rays 288
14-1 Molecular Theory 294
14-2 Crystalline Solids 296
14-3 Fermi Gas of Electrons 298
14-4 Thermionic Emission 299
14-5 Barrier Penetration 300
14-6 Electrical Conductivity 301
14-7 Superfluidity 303
14-8 Semiconductors 303
Contents | xiii
Chapter 15
Nuclear physics
15-1 Properties of Nuclei 310
15-2 Radioactive Decay 315
15-3 Radioisotopes 317
15-4 Biological Effects of Radiation 320
15—5 The Nucleon-Nucleon Force 322
15-6 Structure of the Nucleus 323
15-7 Nuclear Fission 327
15-8 Nuclear Fusion 329
15-9 Cosmic Rays 331
15-10 Social Responsibility of Scientists 334
Chapter 16
Particle physics
16-1 Introduction 340
16-2 Beta Decay and the Weak Interaction 341
16-3 Antimatter 346
16-4 Antiparticle Symmetry 349
16-5 The Thirty Elementary Particles 350
16-6 Nonconservation of Parity 357
16-7 Summary of the Conservation Laws 362
16-8 Problems for the Future 363
Appendix Tables 367
Suggested readings 370
Answers to odd-numbered problems 373
Index 383
|
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| title | Fundamental Physics |
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