Schaum's outline of theory and problems of electromagnetics
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Chapter VECTOR ANALYSIS
Clupter COULOMB FORCES AND ELECTRIC FIELD INTENSITY
Chapter ELECTRIC FLUX AND GAUSSS LAW
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A A A AA AA air gap Assume axis B-H curve Biot-Savart law C/ml capacitance capacitor cartesian coordinates charge density charge distribution charge Q coil component conductor const constant coordinate system core cross section current density current ﬁlament current sheet cylindrical conductor cylindrical coordinates deﬁned Determine direction disk displacement current divergence theorem dot product electric ﬁeld intensity electrons expression ﬁnd Find the capacitance Find the force ﬁrst ﬁux ﬁxed ﬂux crossing ﬂux density free space gaussian surface Given inductance inﬁnite integral interface Laplace’s equation located loop magnetic circuit magnetic ﬁeld magnetic ﬂux magnetic potential magnitude nC/m negative normal obtained origin parallel parallel-plate capacitor plane plates point charge positive radial region result right-hand rule shown in Fig solution spherical coordinates spherical shell torque uniform line charge unit length unit vector vector ﬁeld velocity volume wave