Induced current in the loop of wire explained
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A wire of length 6 m has a total resistance of 12.8 Ω. The wire is initially made into a square loop and placed in a uniform magnetic field of strength 1.4 T, with the field perpendicular to the plane of the square loop. During the course of 0.2 s, the square loop changes into a rectangular loop with a 2:1 ratio of sides. What is the induced current in the loop during this change?
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Solution Summary
Provides steps necessary to determine the induced current in the loop.
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