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Electromagnetic Induction: Current in a rotating coil.

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Consider a uniform, constant magnetic field pointing in the z-direction with a strength B_0. Put a square loop of wire with resistance R and side length l in the xy-plane at time t=o and spinning about the x-direction with a constant angular velocity omega. What is the current through the loop as a function of time?

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Solution Summary

The coil is rotating in a uniform magnetic field. The current in the coil as a function of time is calculated.

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time dependent circuit
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Consider a uniform, constant magnetic field pointing in the z-direction with a strngth B_0. Put a square loop of wire with resistance R and side length l in the xy-plane at time t=o and spinning about the x-direction with a constant angular velocity omega. What is the current through ...

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