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Ch.1. Overview (Scale, Vector, Units, Problem-Solving Strategy, etc.)
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Ch.3. ¦V¶q»P¤G¡B¤Tºûªº¹B°Ê (Vectors) (Vector Quantilities) (Bauer text Motion in 2 and 3 Dimesions)
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Ch.5. Kinetic Energy, Work, and Power
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Ch.6. Potential Energy and Energy Conservation ¯à¶q¦u«í
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Ch.9. Circular Motion ¶ê©P¹B°Ê
Ch.10. Rotation and Angular Momentum Âà°Ê»P¨¤°Ê¶q¡]¨â¤p®É¡^
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Ch.11. Static Equilibrium; Elasticity and Fracture ÀR¤O¥¿Å¡B¼u©Ê»P¯}µõ
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Ch.13. ©TÅé»P¬yÅé (Solids and Fluids) (Haliday text Ch.14 Fluid)
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Ch.14. Oscilations and Normal Modes Haliday textbook (where to place this chapter?)
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Ch.15. Waves (Haliday text Wave - I)
Ch.16. Sound (Haliday text Wave - II)
Ch.17. Themperature, Thermal Expansion, Ideal Gas Law (Haliday Ch.18)
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Ch.18. Heat and the First Law of Thermodynamics
Ch.19. (Kinetic Theory of) Ideal Gases
Ch.20. The Second Law of Thermodynamics (Haliday Ch.20)
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Ch.21. Electrostatics (Haliday Ch.21)
Ch.22. Electric Fields and Gauss's Law (Haliday Ch.22, Ch.23)
Ch.23. Electric Potential (Haliday Ch.24)
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Ch.24. Capacitors (Halliday Ch.25 )
Ch.25. Current and Registance (Halliday Ch.26 )
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Ch.27. Magnetism (Haliday Ch.28 Magnetism)
Ch.28. Magnetic Fields of Moving Charges (including Magnetic Materials) (Halliday Ch.30-32 MagMatt)
Ch.29. Electromagnetic Induction : Faraday's Law (Halliday Ch.30 Induction)
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Ch.30. EM Oscilation and Alternating Circuits
Ch.31. Maxwell Equations and EM waves
Ch.32. Geometric Optics (Halliday Geom Opt)
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Ch.33. Lenses and Optical Instruments
Ch.34. Wave Optics (Halliday Ch.35-36 Interference and Diffraction )
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Ch.35. Relativity (Special and General) (Halliday text 37)
Ch.36. Quantum Physics (old quantum theory)
Ch.37. Quantum Machinics (Shrodinger Eq and Wave functions)
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Ch.38. Atomic Physics (Spectra, and lasers)
Ch.39. Elementary Particle Physics (and Cosmlogy)
Ch.40. Nuclear Physicsv (with Radioactivity)
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