Principles of Electricity and Magnetism

angle applied assumed atom axis becomes boundary Calculate called capacitor Chapter charge circuit closed coil complex conducting conductors connected considered consists constant coordinates curve cylinder defined density determined devices dielectric difference differential dipole direction distance distribution effect electric field electromagnetic electrons electrostatic element energy equal equation example expression Find flux force frequency function given gives increase inductance infinite inside integral length light loop magnetic field magnitude materials measured metal moving negative obtained origin parallel path perpendicular plane plates polarization positive potential problems produce quantities radius region relation relative represent resistance respectively Show shown in Fig solid solution space special relativity sphere surface uniform unit vector velocity voltage volume wave wire written zero