September 2 ‐ 9 |
Chapter 1: A Physics Toolkit |
September 11 ‐ 19 |
Chapter 2: Representing Motion ;
Chapter 3: Accelerated Motion |
September 20 ‐ 27 |
Chapter 4: Forces in One Dimension |
September 30 ‐ Oct.7 |
Chapter 5: Displacement and Force in
Two Dimensions |
October 9 ‐ 16 |
Chapter 6: Motion in Two Dimensions |
October 17 ‐ 24 |
Chapter 7: Gravitation |
October 25 ‐ Nov. 4 |
Chapter 8: Rotational Motion |
November 6 ‐ 13 |
Chapter 9: Momentum and its Conservation |
November 14 ‐ 21 |
Chapter 10: Work, Energy, and Machines |
November 22 ‐ 29 |
Chapter 11: Energy and its Conservation |
December 2 ‐ 9 |
Chapter 12: Thermal Energy |
December 11 ‐ 18 |
Chapter 13: States of Matter |
January 6 ‐ 13 |
Chapter 14: Vibrations and Waves |
January 15 ‐ 22 |
Chapter 15: Sound |
January 23 ‐ 30 |
Chapter 16: Fundamentals of Light |
January 31 ‐ Feb.7 |
Chapter 17: Reflection and Mirrors |
February 10 ‐ 17 |
Chapter 18: Refraction and Lenses |
February 19 ‐ 26 |
Chapter 19: Interference and Diffraction |
February 27 ‐ Mar. 6 |
Chapter 20: Static Electricity |
March 7 ‐ 14 |
Chapter 21: Electric Fields |
March 17 ‐ 24 |
Chapter 22: Electric Current |
March 26 ‐ April 2 |
Chapter 23: Series and Parallel Circuits |
April 21 ‐ 28 |
Chapter 24: Magnetic Field |
April 30 ‐ May 7 |
Chapter 25: Electromagnetic Induction |
May 8 ‐ 15 |
Chapter 26: Electromagnetism |
May 16 ‐ 23 |
Chapter 27: Quantum Theory |
May 26 ‐ June 2 |
Chapter 28: The Atom |
June 3 ‐ 11 |
Chapter 29: Solid‐State Electronics |
June 13 ‐ 20 |
Chapter 30: Nuclear and Particle Physics |