Electricity and Magnetism |
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Contents
BASIC FACTS LAWS AND DEFINITIONS | 1 |
GENERAL NETWORK THEOREMS | 4 |
Introduction | 16 |
Copyright | |
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Ampère's Ampère's law angle angular momentum applied assume atom axis battery boundary branch calculation capacitance capacitor charge Q circuit coil component conductor constant coordinates Coulomb's law curve cylinder defined density diamagnetic dielectric dipole direction distance E₁ electric intensity electromagnetic electron electrostatic element energy equal equation external ferromagnetic flux force frequency function galvanometer given Hence I₁ i₂ impedance integral L₁ loop magnetic field magnetic induction magnetic moment magnitude maximum medium mesh molecules mutual inductance negative normal obtained Ohm's law parallel paramagnetic particle path phase plane polar positive potential difference primary Problem quantity R₁ R₂ radius ratio reactance resistance resonance result saturation magnetization scalar secondary Section Show shown in Fig solenoid solution sphere surface temperature terminals theorem torque uniform unit V₁ V₂ vacuum vector velocity voltage volume wave wire X₁ Z₁ zero