A concise course in university physics

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