Contents

Motion, vectors, forces, energy, momentum, rotation, rigid bodies, and noninertial frames.

1. Chapter 1 Introduction
2. Chapter 2 Motion on a Straight Path
3. Chapter 3 Vectors
4. Chapter 4 Kinematics
5. Chapter 5 Circular Motion
6. Chapter 6 Newton’s Laws of Motion
7. Chapter 7 Impulse and Momentum
8. Chapter 8 Energy and Power
9. Chapter 9 Rotation about a Fixed Axis
10. Chapter 10 Rigid Body Motion
11. Chapter 11 Noninertial Frames

Gravitation, oscillations, waves, sound, stress and strain, and fluids.

1. Chapter 12 Gravitation
2. Chapter 13 Simple Harmonic Motion
3. Chapter 14 Vibrations and Waves
4. Chapter 15 Sound
5. Chapter 16 Stress and Strain
6. Chapter 17 Static Fluids
7. Chapter 18 Dynamic Fluid

Heat, temperature, ideal gases, thermal properties, heat transfer, the laws of thermodynamics, entropy, and kinetic theory.

1. Chapter 19 Heat and Temperature
2. Chapter 20 Thermal Expansion
3. Chapter 21 Ideal Gas
4. Chapter 22 Thermal Properties
5. Chapter 23 Heat Transfer
6. Chapter 24 First Law of Thermodynamics
7. Chapter 25 Second Law of Thermodynamics
8. Chapter 26 Entropy
9. Chapter 27 Kinetic Theory of Gases

Electric charge, electric fields, potential, conductors, dielectrics, circuits, magnetic fields, induction, AC circuits, and Maxwell’s equations.

1. Chapter 28 The Electric Charge
2. Chapter 29 Coulomb’s Law
3. Chapter 30 Gauss’s Law
4. Chapter 31 Electric Potential
5. Chapter 32 Conductors
6. Chapter 33 Dielectrics
7. Chapter 34 Current and DC Circuit
8. Chapter 35 Magnetism
9. Chapter 36 Magnetic Field
10. Chapter 37 Magnetic Materials
11. Chapter 38 The Electromagnetic Effect
12. Chapter 39 Inductance
13. Chapter 40 Electromagnetic Oscillations
14. Chapter 41 AC Circuits
15. Chapter 42 Maxwell’s Equations

Geometrical optics, image formation, optical instruments, wave optics, interference, and diffraction.

1. Chapter 43 Fundamentals of Optics
2. Chapter 44 Image Formation
3. Chapter 45 Optical Instruments
4. Chapter 46 Wave Description of Light
5. Chapter 47 Interference of Light
6. Chapter 48 Diffraction of Light

Special relativity, quantum light, matter waves, atoms, solids, nuclei, elementary particles, stars, galaxies, and the universe.

1. Chapter 49 Special Relativity
2. Chapter 50 Quantum Nature of Light
3. Chapter 51 Matter Waves
4. Chapter 52 Atomic Structures
5. Chapter 53 Electronic Properties of Materials
6. Chapter 54 Nuclear Physics
7. Chapter 55 Building Blocks of Nature
8. Chapter 56 Stars, Galaxies, and Universe