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3. Electromagnetic Theory
3.1. Electricity
3.1.1. Electric Forces <CJ chap 18.1-18.5 >
3.1.2. Electric Field <CJ chap 18.6-18.8 >
3.1.3. Gauss’ Law <CJ chap 18.9 >
3.1.4. Electric Potential & Potential Energy <CJ chap 19.1-19.4 >
3.1.5. Capacitance <CJ chap 19..5-19.7 >
3.1.6. Electric Current & Resistance <CJ chap 20.1-20.7 >
3.1.7. Direct Electrical Currents <CJ chap 20.8-20.15 >
3.2. Magnetism
3.2.1. Magnetic Fields <CJ chap 21.1-21.6 >
3.2.2. Magnetic Field Sources <CJ chap 21.7-21.10 >
3.2.3. Faraday’s Law <CJ chap 22.1-22.6 >
3.2.4. Induction <CJ chap 22.7-22.10 >
3.2.5. Alternating Electric Currents <CJ chap 23 >
3.3. Electromagnetism
3.3.1. Maxwell’s Equations <CJ chap 24.1-24.3 >
3.3.2. Solution in a Vacuum – EM Waves <CJ chap 24.4-24.7 >
4. Light & Optics
4.1.1. Reflection of Light & Mirrors <CJ chap 25 >
4.1.2. Refraction of Light & Lenses <CJ chap 26 >
4.1.3. Interference & Wave Nature of Light <CJ chap 27 >
5. Relativity
5.1.1. Special Relativity <CJ chap 28 >
5.1.2. General Relativity & Astrophysics <CJ chap 28.8 & not in text >
6. Quantum Theory – Atomic, Nuclear, & Particle Physics
6.1.1. Foundations of Quantum Mechanics – Particles & Waves <CJ chap 29 >
6.1.2. Atomic Theory <CJ chap 30 >
6.1.3. Nuclear Theory & Radioactivity <CJ chap 31 >
6.1.4. Elementary Particle Theory <CJ chap 32 >
7. Mathematics Background <CJ chap 1 & Appendix >
7.1. The Number Systems, Prefixes, The Greek alphabet
7.2. Concepts in Logic, Algebra, Geometry, Trigonometry, Series expansions
7.3. Calculus, Scalars, Vectors, Matrices, Tensors Linear Algebra & Matrix Theory
7.4. Units: