## Fundamentals of Electric Waves |

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### Contents

Experiments on the Electrostatic Field | 1 |

Vector Analysis | 10 |

Certain Theorems Relating to Fields | 38 |

Copyright | |

13 other sections not shown

### Common terms and phrases

angle attenuation axis boundary capacitance carrying current changing magnetic field Chapter circuit closed path closed surface component computed conducting material conductor considered coordinates curl current density current flows defined derivatives dielectric constant differential direction distance divergence dx dy dy dz electric and magnetic electric charge electric field strength electromagnetic electromotive force electrons electrostatic field energy equa equal exploring particle expression factor flux lines free space function gives gradient group velocity induced intrinsic impedance ionized ionosphere Laplacian length line integral loop magnetic field magnetic flux magnetomotive force magnitude mathematical Maxwell's equations meter mode normal path of integration phase velocity plane wave polarized Poynting vector Problem propagation quantity radiation pattern radius rectangular region result scalar field sinusoidal solution sphere spherical tangential theorem tion traveling wave unit vector field vector potential vertical voltage wave equation wave guide wave traveling wavelength wire zero