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Chapters in this book
- Frontmatter i
- Contents vii
- Preface to the expanded edition xv
- Preface to the first edition xvi
- Chapter 1. Electrostatics I 1
- Chapter 2. The electric field 19
- Chapter 3. Gauss’s law I 42
- Chapter 4. Gauss’s law II: applications 65
- Chapter 5. The coulomb potential 81
- Chapter 6. Conductors and capacitors 97
- Chapter 7. Circuits and currents 119
- Chapter 8. Magnetism I 142
- Chapter 9. Magnetism II: Biot-Savart law 158
- Chapter 10. Ampère II, Faraday, and Lenz 174
- Chapter 11. More Faraday 200
- Chapter 12. AC circuits 220
- Chapter 13. LCR circuits and displacement current 244
- Chapter 14. Electromagnetic waves 263
- Chapter 15. Electromagnetism and Relativity 300
- Chapter 16. Optics I: geometric optics revisited 336
- Chapter 17. Optics II: more mirrors and lenses 355
- Chapter 18. Wave theory of light 377
- Chapter 19. Quantum mechanics: the main experiment 406
- Chapter 20. The wave function and its interpretation 442
- Chapter 21. Quantization and measurement 460
- Chapter 22. States of definite energy 495
- Chapter 23. Scattering and dynamics 524
- Chapter 24. Summary and outlook 550
- Exercises 585
- Answers to exercises 629
- Constants 653
- Index 655
Chapters in this book
- Frontmatter i
- Contents vii
- Preface to the expanded edition xv
- Preface to the first edition xvi
- Chapter 1. Electrostatics I 1
- Chapter 2. The electric field 19
- Chapter 3. Gauss’s law I 42
- Chapter 4. Gauss’s law II: applications 65
- Chapter 5. The coulomb potential 81
- Chapter 6. Conductors and capacitors 97
- Chapter 7. Circuits and currents 119
- Chapter 8. Magnetism I 142
- Chapter 9. Magnetism II: Biot-Savart law 158
- Chapter 10. Ampère II, Faraday, and Lenz 174
- Chapter 11. More Faraday 200
- Chapter 12. AC circuits 220
- Chapter 13. LCR circuits and displacement current 244
- Chapter 14. Electromagnetic waves 263
- Chapter 15. Electromagnetism and Relativity 300
- Chapter 16. Optics I: geometric optics revisited 336
- Chapter 17. Optics II: more mirrors and lenses 355
- Chapter 18. Wave theory of light 377
- Chapter 19. Quantum mechanics: the main experiment 406
- Chapter 20. The wave function and its interpretation 442
- Chapter 21. Quantization and measurement 460
- Chapter 22. States of definite energy 495
- Chapter 23. Scattering and dynamics 524
- Chapter 24. Summary and outlook 550
- Exercises 585
- Answers to exercises 629
- Constants 653
- Index 655