## Fundamentals of Electromagnetic Waves |

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### Contents

Chapter Page No 1 Vector Algebra | 5 |

Differentiation and Integration | 7 |

Fundamentals of Mechanics | 8 |

Copyright | |

26 other sections not shown

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### Common terms and phrases

Ampere's Ax dy dz axis boundary capacitance CHAPTER charge inside charge q components conductor constant Coulomb's law coulombs current density defined derivatives dielectric differential direction distance divergence theorem dx dy electric charges electric field electric flux electric scalar potential ELECTROMAGNETIC WAVES energy equipotential surface field strength flux density force frame of reference free charges function Gauss's Gauss's law Gaussian surface Hence images integrand isotropic Laplace's equation length line integral linear Lorentz Transformation magnetic field magnetic flux mass mathematics Maxwell's equations medium motion negligible object particle path permittivity plane Poisson's equation polarized atoms positive charge Postulate principle of conservation principle of relativity problem radius region respect restriction scalar potential Similarly solution space speed sphere Stokes's theorem surface integral tensor test-charge tion torque total flux unit vector volume wire zero