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This chapter on dielectrics provides the basic introduction
Much of the material in this chapter on currents
This chapter deals with the magnetic properties of matter
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applied field atoms average axis band battery body boundary calculation capacitance capacitor cavity Chap charge density charge distribution charge Q circuit closed path coil components conduction electrons conductor connected constant Coulomb's law crystal current density current elements current loop dielectric constant dipole direction discuss displacement distance effect electric field electric lines electrostatic equation example expression external field flow flux theorem force galvanometer Gauss gaussian surface given gives internal resistance inverse-square law involved ions lattice line integral magnetic field magnitude measure metal meter motion move negative charge number of lines Ohm's law parallel perpendicular plane plate point charge polarization charges positive potential difference problem produced quantity radius region resistor result shown in Fig simple solenoid solid angle source of emf space specimen sphere spherical static stored energy surface charge temperature torque uniform unit charge voltage volts wire zero