## Engineering Electromagnetics |

### What people are saying - Write a review

#### Review: Engineering Electromagnetics (Electrical and Electronic Engineering Series)

User Review - Chaitanya - GoodreadsThis book is much similar to book by sadiku. It will surely dump you into a bad feeling about electromagnetics, Never go for this book. Not quite interesting for beginers. For Engg students I say read Intro. to Electrodynamics followed by Adv Engg EM by CA Balanis Read full review

#### Review: Engineering Electromagnetics (Electrical and Electronic Engineering Series)

User Review - Huma - GoodreadsRead this book as part of my Engineering Electromagnetics bachelors course. My cousin gave me her copy to study from. The course was quite interesting and the practicals were even better. Good for introduction to the subject. Read full review

### Contents

COULOMBS | 29 |

ELECTRIC FLUX DENSITY | 57 |

Electric Flux Density Gausss Law Application | 66 |

Copyright | |

15 other sections not shown

### Common terms and phrases

Ampere's circuital law amplitude angle antenna apply assume axis Biot-Savart law boundary conditions capacitance capacitor cartesian coordinates Chap chapter charge density closed path closed surface coaxial component constant coordinate system Coulomb's law coulombs cross section curl current density current element cylindrical coordinates defined determine dielectric dipole direction distance divergence dot product electric field intensity electric flux density electromagnetic electron electrostatic energy equipotential surfaces example expression filament force free space frequency function Gauss's law given inductance infinite Laplace's equation length line charge line integral located loop lossless magnetic potential magnitude material Maxwell's equations meter obtained plane wave point charge potential difference potential field Prob problem produced radius region result scalar shown in Fig shows spherical coordinates streamlines tangent theorem total charge total current transmission line uniform plane wave unit vector vector field velocity voltage volume charge density wavelength