A conducting rod of length L moves with speed v in a uniform magnetic field B such that the rod, velocity and field are mutually perpendicular. The rod is isolated. After electrostatic equilibrium is established, what is the magnitude of the electric field inside the rod?
Physics · Electromagnetic Induction · Motional Electromotive Force
A conducting rod of length L moves with speed v in a uniform magnetic field B such that the rod, velocity and field are mutually perpendicular. The rod is isolated. After electrostatic equilibrium is established, what is the magnitude of the electric field inside the rod?
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