A straight conductor carrying current i and a loop closed by a sliding connector of resistance ,R lie in the same plane as shown in fig. (8). The connector
slides towards right with a uniform velocity v. The induced current generated in the loop in terms of distance r of the connector from the straight conductor will be

Question

A straight conductor carrying current i and a loop closed by a sliding connector of resistance ,R lie in the same plane as shown in fig. (8). The connector

slides towards right with a uniform velocity v. The induced current generated in the loop in terms of distance r of the connector from the straight conductor will be

Infinity Learn · Accepted Answer

The value of magnetic field B is given $$byB=$$μ$$0i2$$$$π$$rSo, the induced e.m.f. is given $$bye=Blv=$$μ$$0ilv2$$$$π$$r∴$$i=eR=$$μ$$0ilv2$$$$π$$rR

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