## Mainly electromagnetism and matterFor some forty years Richard P. Feynman focused his curiosity on the mysterious workings of the physical world, and bent his intellect to searching out the order in its chaos. Topics include, physics of electricity and magnetism, calculus of vector fields, elasticity and fluid flow, quantum mechanics, etc. |

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### Contents

Differential Calculus of Vector Fields | 2-1 |

Vector Integral Calculus | 3-1 |

Electrostatics | 4-1 |

Copyright | |

28 other sections not shown

### Common terms and phrases

angle angular momentum atoms axis called capacitor Chapter charge density charge q circuit coil components conductor constant Coulomb's law course crystal depends derivative dielectric dielectric constant dipole direction distance effect electric and magnetic electric field electromagnetic electromagnetic mass electrons electrostatic energy equal example field inside flow flux force formula four-vector frequency function Gauss give gradient happens impedance inductance ions line integral look loop Lorentz transformation magnetic field material Maxwell's equations metal molecules motion moving negative charge neutron orbit oscillating particle path perpendicular physics plane plates point charge polarization positive possible problem proportional proton quantum mechanics radial radius resonant result rotating scalar shown in Fig solution solve space sphere spherical Suppose surface symmetry temperature tensor theory thing transformation uniform unit volume vector potential velocity voltage wave wire write zero