Physics: Electricity, Magnetism, Optics, and Applied Nuclear Physics

Chapter 1 Series Circuits
Chapter 2 Parallel Circuits
Chapter 3 The Electric Force
Chapter 4 The Electric Field
Chapter 5 The Magnetic Field
Chapter 6 Magnetic Forces on Currents
Chapter 7 Electric and Magnetic Fields
Chapter 8 Electromagnetic Induction (Faraday’s Law)
Chapter 9 Alternating Current
Chapter 10 Interference and Diffraction
Chapter 11 Radioactivity
Chapter 12 Nuclear Reactions and Half Life
Chapter 13 Einstein Theory of Relativity
Chapter 14 Transmutation of Elements and Q-Value
Chapter 15 The Neutron and Cross-Sections
Chapter 16 Nuclear Fission
Chapter 17 The Nuclear Reactor

• Appendix 1 Electromagnetic Spectrum
• Appendix 2 Radioactivity
• Appendix 3 Nuclear Waste
• Appendix 4 Table of Isotopes

LABORATORY EXPERIMENTS
Experiment 1 Series Circuit
Experiment 2 Parallel Circuits
Experiment 3 Combination Series Parallel Circuits
Experiment 4 Multiloop Circuits: Kirchoff’s Rules
Experiment 5 Electrostatics
Experiment 6 Motor and Generator
Experiment 7 Electromagnetic Induction (Faraday’s Law)
Experiment 8 Oscilloscope Home Work
Experiment 9 Oscilloscope
Experiment 10 Acceleration and Deflection of Electrons
Experiment 11 Crossed Electric and Magnetic Fields
Experiment 12 The Prism Spectrometer
Experiment 13 The Grating Spectrometer
Experiment 15 Half Life
Experiment 16 Absorption of Gamma Rays