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The Nature of the Magnetic Field
Electromagnetism and Inductance
Induction and Inductance
3 other sections not shown
acceleration ampere-turns amperes angular velocity applied atoms axis bar magnet betatron Biot law carrying a current charge moving circuit circular constant copper disc core material crossbars current element current flows current-carrying conductor curve cyclotron defined deuteron diamagnetic distance domain theory eddy currents electron current electrostatic energy Faraday's Law ferromagnetic ferromagnetic material ferromagnetic substances field direction field intensity field of flux flux density flux density produced force acting given hence hysteresis induced emf induction coil inductor ions left-hand rule linear lines of force loop of wire magnetic effects magnetic field magnetic flux magnetic line magnetic poles magnetomotive force magnitude maximum meter mks system moving charge netic field newtons path permanent magnet permeability perpendicular plane point pole pole strength radius rectangular loop relativistic mass rider right angles rotation shown in Fig solenoid theory of magnetism thrust toroid torque uniform voltage volts weber wire carrying zero