Cambridge International AS & A Level Physics Coursebook
Author:David Sang, Graham Jones, Gurinder Chadha, Richard Woodside
Edition:3rd Edition
Covering fundamental and advanced topics, this text develops an understanding of motion, energy, and forces alongside electricity, waves, and modern physics. It integrates mathematical reasoning with physical concepts, guiding learners through applications ranging from circuits and fields to quantum phenomena and cosmology.

Chapters
- Chapter 1: Kinematics→
- Chapter 2: Accelerated Motion→
- Chapter 3: Dynamics→
- Chapter 4: Forces→
- Chapter 5: Work, Energy and Power→
- Chapter 6: Momentum→
- Chapter 7: Matter and Materials→
- Chapter 8: Electric Current→
- Chapter 9: Kirchhoff's Laws→
- Chapter 10: Resistance and Resistivity→
- Chapter 11: Practical Circuits→
- Chapter 12: Waves→
- Chapter 13: Superposition of Waves→
- Chapter 14: Stationary Waves→
- Chapter 15: Atomic Structure→
- Chapter 16: Circular Motion→
- Chapter 17: Gravitational Fields→
- Chapter 18: Oscillations→
- Chapter 19: Thermal Physics→
- Chapter 20: Ideal Gases→
- Chapter 21: Uniform Electric Fields→
- Chapter 22: Coulomb's Law→
- Chapter 23: Capacitance→
- Chapter 24: Magnetic Fields and Electromagnetism→
- Chapter 25: Motion of Charged Particles→
- Chapter 26: Electromagnetic Induction→
- Chapter 27: Alternating Currents→
- Chapter 28: Quantum Physics→
- Chapter 29: Nuclear Physics→
- Chapter 30: Medical Imaging→
- Chapter 31: Astronomy and Cosmology→
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- The Feynman Lectures on Physics Volume 2Richard P. Feynman, Robert B. Leighton, Matthew Sands · Volume 2→
- The Theory of Everything: The Origin and Fate of the UniverseStephen W. Hawking · 1st Edition→
- University Physics with Modern PhysicsHugh Young, Roger Freedman · 15th Edition→