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 Tile 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 Tile International System of Units (SI) Ⅱ Some Fundamental Constants of Physics Answers for Problems
