Electric and Magnetic Fields |
Contents
CHAPTER | 3 |
ELECTRIC FIELDS OF SIMPLE GEOMETRIES | 68 |
ELECTRIC POLARIZATION AND INDUCTION | 101 |
Copyright | |
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absolute potential amperes angle atom axis battery bound charge boundary capacitance cathode charge density charge Q circuit circular coil Compute condenser conducting conductor coulomb Coulomb's law cubic meter current density current flow curve cylinder dielectric constant dielectric strength difference of potential direction distance distribution eddy current electric field electric flux electric potential electron-volt electrons energy storage equal equation equipotential surfaces farads flux density flux lines force free charge free space images inductance insulator intensity iron joules magnetic field magnitude material maximum mechanical medium molecules motion negative charge newtons normal orbital P₁ Paperbound parallel permeability plane plates polarization poles potential difference potential gradient problems quantities R₁ R₂ radial radius region resistance scalar shown in Fig singular line space charge sphere square meter temperature theory unit positive charge V₁ V₂ vector velocity voltage volts wave webers wire ρι