## Classical Electromagnetic Theory |

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### Contents

Scalars Vectors and Tensors | 1 |

The Electrostatic Field | 36 |

Special Methods for Solving Electrostatic Problems | 53 |

Copyright | |

20 other sections not shown

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### Common terms and phrases

angle arbitrary axis boundary conditions cartesian coordinate system chap charge q circuit coefficient components conducting plane conductor Consider constant curl cylinder denote dielectric of permittivity dipole direction electric field intensity Electricity and Magnetism electromagnetic field electromagnetic wave electron electrostatic field element energy equation of motion expression field point Find the potential force frequency Gauss given grad Green's function Hamiltonian Hence incident index of refraction infinite infinity Lagrangian Laplace's equation line integral magnetic induction matrix Maxwell equations McGraw-Hill Book Company normal obtained oscillation permittivity perpendicular phase velocity plane wave point charge Poisson's equation polarization Poynting vector quantity radiation reduces relation represents resonator satisfy the boundary scalar product sin2 sinh solenoidal solution sphere of radius spherical Substitution tensor theorem transformation unit area unit length unit volume values vector potential Verify wave equation yields zero