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SOURCES OF THE ELECTRIC FIELD I
Action at a Distance
429 other sections not shown
angle angular momentum assume atom axis capacitance carriers charge density charge distribution charge q complex component conductor constant contour coordinates curl current density dielectric dielectric function discussion dispersion relation displacement divergence electric and magnetic electric dipole electric field electromagnetic electromotive force electron ellipsoid energy equation Exercises external charge external currents flux force frequency function Gauss's law given gradient induced integral interaction Lorentz Lorentz force Lorentz transformation macroscopic magnetic charge magnetic field medium metre molecule motion moves with velocity moving charge normal Optics oscillator parallel particle permeability permittivity Phys plane plasma polarizability polarization density position Poynting vector primed frame problem propagation quadrupole radiation rotation scalar product scattering Section Show shown in Figure solenoid solution sphere of radius spherical Substituting superconducting symmetry tensor test charge theorem transformation transverse uniform uniformly charged unit vector potential volume wave wavelength write written zero