Chapter 8 Electrostatic Field in Vacuum §8－1 Coulomb's Law §8－2 The Electric Field §8－3 Electric Field Line and Flux §8－4 Gauss' Law §8－5 Electric Potential §8－6 Equipotential Surface and Potential Gradient §8－7 The Electric Force Exerted on a Moving Charged Particle Summary Questions Problems Chapter 9 Conductors and Dielectrics in Electrostatic Field §9－1 Conductors and Electrostatic Induction §9－2 Capacitance §9－3 Dielectrics §9－4 Gauss' Law in the Dielectric §9－5 The Energy in an Electric Field Summary Questions Problems Chapter 10 Magnetic Field of a Steady Current in Vacuum §10－1 The Magnetic Phenomena Ampere's Hypothesis §10－2 The Magnetic Field §10－3 Calculation of the Magnetic Field Set up by a Current §10－4 Ampere's Law §10－5 Motion of Charged Particles in Magnetic Field §10－6 Magnetic Force on Current－carrying Conductors §10－7 The Hall Effect §10－8 Magnetic Torque on a Current Loop Summary Questions Problems Chapter 11 Magnetic Properties of Matter §11－1 The Classifications of Magnetic Media Magnetic Permeability §11－2 Molecular Theory of Paramagnetism and Diamagnetism §11－3 Ampere's law for Magnetism §11－4 Ferromagnetism Summary Questions Problems Chapter 12 Electromagnetic Induction §12－1 Nonelectrostatic Force Source and Electromotive Force §12－2 Faraday's Law of Induction §12－3 Motional Electromotive Force §12－4 Induced Electric Fields §12－5 The Betatron §12－6 Self－induction and Mutual－induction Phenomena §12－7 Energy of the Magnetic Field Summary Questions Problems Chapter 13 Maxwell's Equations §13－1 Displacement Current §13－2 Maxwell's Equations Summary Questions Problems Reading Material Words Appendices Ⅰ. The International System of Units (SI) Ⅱ. Some Fundamental Constants of Physics Answers for Problems
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