## Electromagnetic theory, Volume 2 |

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ampere angular velocity axis Biot-Savart Law boundary conditions carrying a current cathode charge density charge Q circuit number Circular Loop closed path coefficients compute conducting sphere conductor constant curl current density current loop differential direction disk displacement distance Divergence Theorem electric field intensity Electromotive Forces electrons electrostatic field element EMF Induced Energy in Terms Equation 144 example Faraday Law field point Figure finite flux linkage flux linking function image charge induced charge induced electric field induced EMF infinite integration path laboratory observer Laplace's equation Legendre polynomials Lenz's Law line integral magnetic energy magnetic field magnetic force magnetic induction magnetic scalar potential magnitude mutual inductance non-magnetic normal component perpendicular plane point charge Poisson's Equation positive problem produce quasi-stationary radius rate of change scalar potential Section solenoid solid angle source point spherical surface bounded symmetry toroid vector potential volume zero