## Advanced electricity and magnetism for undergraduates |

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aerial amplitude angle angular angular frequency applied axis boundary conditions cavity centre chapter circuit co-ordinates coefficients components conducting conductors constant cross-section curl H current density defined dielectric direction displacement distribution divergence theorem electric field Electricity and Magnetism electromagnetic wave electrons electrostatic element equipotential expressed external field point finite force frequency function given gives grad Hence Hertzian dipole impedance incident input integral interaction invariant known Laplace's equation laws linear Lorentz magnetic dipole magnetic field magnetic flux density material matrix Maxwell's equations molecules momentum motion obtained occurs oscillating particle perpendicular phase velocity plane wave Poisson's equation polarization Poynting vector problem propagation quadrupole quantities quantum radiation reflection refractive index relation resultant scalar scattering Show solution sources special relativity sphere spherical steady currents superposition surface symmetry theorem transformation unit volume vacuo variations vector potential wave-length waveguide zero