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Figure shows a square conducting frame a...

Figure shows a square conducting frame and a long wire-both lying in the same plane. The side length of the square loop is ‘a’ and it is at a distance ‘a’ from the long wire which is having a steady current `I_(0)`. The inductance and resistance of the square loop are L and R respectively. The loop is turned by `180°` about its side AB so as to bring it to final position ABC'D' at rest. Calculate the net charge that flow past a side of the loop.

Text Solution

Verified by Experts

The correct Answer is:
`(mu_(0)I_(0)a)/(2piR)l n3`
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