Chapter 1 Series CircuitsChapter 2 Parallel CircuitsChapter 3 The Electric ForceChapter 4 The Electric FieldChapter 5 The Magnetic FieldChapter 6 Magnetic Forces on CurrentsChapter 7 Electric and Magnetic FieldsChapter 8 Electromagnetic Induction (Faraday's Law)Chapter 9 Alternating CurrentChapter 10 Interference and DiffractionChapter 11 RadioactivityChapter 12 Nuclear Reactions and Half LifeChapter 13 Einstein Theory of RelativityChapter 14 Transmutation of Elements and Q-ValueChapter 15 The Neutron and Cross-SectionsChapter 16 Nuclear FissionChapter 17 The Nuclear ReactorAppendix 1 Electromagnetic SpectrumAppendix 2 RadioactivityAppendix 3 Nuclear WasteAppendix 4 Table of IsotopesLABORATORY EXPERIMENTSExperiment 1 Series CircuitExperiment 2 Parallel CircuitsExperiment 3 Combination Series Parallel CircuitsExperiment 4 Multiloop Circuits: Kirchoff's RulesExperiment 5 ElectrostaticsExperiment 6 Motor and GeneratorExperiment 7 Electromagnetic Induction (Faraday's Law)Experiment 8 Oscilloscope Home WorkExperiment 9 OscilloscopeExperiment 10 Acceleration and Deflection of ElectronsExperiment 11 Crossed Electric and Magnetic FieldsExperiment 12 The Prism SpectrometerExperiment 13 The Grating SpectrometerExperiment 15 Half LifeExperiment 16 Absorption of Gamma Rays