52 Chapters
5 Major Areas
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Classical Mechanics

Foundations of physics: measurement, kinematics, dynamics, energy, momentum, and rotational motion

Chapters 1-7

Foundations & Kinematics

Measurement, motion in 1D/2D/3D, Newton's laws, applications, momentum, and particle systems

Ch 1: Measurement Ch 2: Motion in One Dimension Ch 3: Force and Newton's Laws Ch 4: Motion in 2D & 3D Ch 5: Applications of Newton's Laws Ch 6: Momentum Ch 7: Systems of Particles
Chapters 8-10

Rotational Motion

Rotational kinematics, dynamics, moment of inertia, torque, and angular momentum conservation

Ch 8: Rotational Kinematics Ch 9: Rotational Dynamics Ch 10: Angular Momentum
Chapters 11-14

Energy & Gravitation

Work-energy theorem, potential energy, conservation of energy, and universal gravitation

Ch 11: Work and Kinetic Energy Ch 12: Potential Energy Ch 13: Energy Conservation Ch 14: Gravitation

Fluids, Waves & Thermodynamics

Fluid mechanics, oscillations, wave motion, sound, special relativity, and thermal physics

Chapters 15-17

Fluid Mechanics & Oscillations

Fluid statics and dynamics, Bernoulli's equation, simple harmonic motion, and oscillating systems

Ch 15: Fluid Statics Ch 16: Fluid Dynamics Ch 17: Oscillations
Chapters 18-20

Waves & Special Relativity

Wave motion, sound waves, Doppler effect, and Einstein's special theory of relativity

Ch 18: Wave Motion Ch 19: Sound Waves Ch 20: Special Relativity
Chapters 21-24

Thermodynamics

Temperature, molecular properties of gases, first and second laws of thermodynamics, entropy

Ch 21: Temperature Ch 22: Molecular Properties Ch 23: First Law Ch 24: Second Law & Entropy

Electricity & Magnetism

Electric fields, potential, capacitors, current, magnetic fields, induction, and AC circuits

Chapters 25-30

Electrostatics

Electric charge, electric field, Gauss's law, electric potential, capacitors, and dielectrics

Ch 25: Electric Charge Ch 26: Electric Field Ch 27: Gauss's Law Ch 28: Electric Potential Ch 29: Electric Potential Energy Ch 30: Capacitors
Chapters 31-36

Current & Magnetism

DC circuits, magnetic fields of currents, magnetic forces, electromagnetic induction, and inductance

Ch 31: DC Circuits Ch 32: Magnetic Field Ch 33: Magnetic Field of Current Ch 34: Faraday's Law Ch 35: Magnetic Properties Ch 36: Inductance
Chapters 37-39

AC Circuits & Light

Alternating current circuits, Maxwell's equations, electromagnetic waves, and the nature of light

Ch 37: AC Circuits Ch 38: Maxwell's Equations Ch 39: Light Waves

Optics

Geometric optics, wave optics, interference, diffraction, and polarization

Chapters 40-42

Geometric Optics

Mirrors, lenses, optical instruments, interference phenomena, and diffraction patterns

Ch 40: Mirrors and Lenses Ch 41: Interference Ch 42: Diffraction
Chapters 43-45

Wave Properties of Light

Gratings, spectra, polarization, thermal radiation, photoelectric effect, and photon interactions

Ch 43: Gratings and Spectra Ch 44: Polarization Ch 45: Nature of Light

Modern Physics

Quantum mechanics, atomic physics, nuclear physics, and elementary particles

Chapters 46-49

Quantum & Atomic Physics

Matter waves, Schrödinger equation, electrons in potential wells, atomic structure, and electron configurations

Ch 46: Nature of Matter Ch 47: Electrons in Potential Wells Ch 48: Atomic Structure Ch 49: Electrical Conduction
Chapters 50-52

Nuclear & Particle Physics

Nuclear structure, radioactive decay, nuclear reactions, energy from the nucleus, and elementary particles

Ch 50: Nuclear Physics Ch 51: Energy from Nucleus Ch 52: Particle Physics