Exercies for the Feynman Lectures on Physics

Cover
Title Page
Copyright
Preface
Contents
Exercises for Volume I
	Introduction
	1. Atoms in Motion
	2. Conservation of Energy, Statics
	3. Kepler\'s Laws and Gravitation
	4. Kinematics
	5. Newton\'s Laws
	6. Conservation of Momentum
	7. Vectors
	8. Non-Relativistic Two-Body Collisions in Three Dimensions
	9. Forces
	10. Potentials and Fields
	11. Units and Dimensions
	12. Relativistic Kinematics and Dynamics, Mass and Rest Energy Equivalence
	13. Relativistic Energy and Momentum
	14. Rotation in Two Dimensions, The Center of Mass
	15. Angular Momentum, The Moment of Inertia
	16. Rotation in Three Dimensions
	17. The Harmonic Oscillator, Linear Differential Equations
	18. Algebra
	19. Forced Oscillations with Damping
	20. Geometrical Optics
	21. Electromagnetic Radiation: Interference
	22. Electromagnetic Radiation: Diffraction
	23. Electromagnetic Radiation: Refraction, Dispersion Absorption
	24. Electromagnetic Radiation: Radiation Damping, Scattering
	25. Electromagnetic Radiation: Polarization
	26. Electromagnetic Radiation: Relativistic Effects
	27. Quantum Behavior: Waves, Particles, and Photons
	28. Kinetic Theory of Gases
	29. Principles of Statistical Mechanics
	30. Applications of Kinetic Theory: Equipartition
	31. Applications of Kinetic Theory: Transport Phenomena
	32. Thermodynamics
	33. Illustrations of Thermodynamics
	34. The Wave Equation, Sound
	35. Linear Wave Systems: Beats, Modes
	36. Fourier Analysis of Waves
Exercises for Volume II
	Introduction
	37. Electromagnetism
	38. Differential Calculus of Vector Fields
	39. Vector Integral Calculus
	40. Electrostatics
	41. Applications of Gauss\' Law
	42. The Electric Field in Various Circumstances
	43. The Electric Field in Various Circumstances (continued)
	44. Electrostatic Energy
	45. Dielectrics
	46. Inside Dielectrics
	47. Electrostatic Analogs
	48. Magentostatics
	49. The Magnetic Field in Various Situations
	50. The Vector Potential
	51. The Laws of Induction
	52. Solutions of Maxwell \'s Equations in Free Space
	53. Solutions of Maxwell \'s Equations with Currents and Charges
	54. AC Circuits
	55. Cavity Resonators
	56. Waveguides
	57. Electrodynamics in Relativistic Notation
	58. Lorentz Transformations of the Fields
	59. Field Energy and Field Momentum
	60. Electromagnetic Mass
	61. The Motion of Charges in Electric and Magnetic Fields
	62. Refractive Index of Dense Materials
	63. Reflection from Surfaces
	64. The Magnetism of Matter
	65. Paramagnetism and Magnetic Resonance
	66. Ferromagnetism
	67. Elasticity
	68. The Flow of Dry Water
	69. The Flow of Wet Water
Exercises for Volume III
	Introduction
	70. Probability Amplitudes
	71. Identical Particles
	72. Spin One
	73. Spin One-Half
	74. The Dependence of Amplitudes on Time
	75. The Hamiltonian Matrix
	76. The Ammonia Maser
	77. Other Two-State Systems
	78. More Two-State Systems
	79. The Hyperfine Splitting in Hydrogen
	80. Propagation in a Crystal Lattice
	81. Semiconductors
	82. The Independent Particle Approximation
	83. The Dependence of Amplitudes on Position
	84. Angular Momentum
	85. The Hydrogen Atom and the Periodic Table
Appendix
	A. Units and Dimensions
	B. Physical Constants and (rounded) Values
	C. Answers