A triangular conducting loop having resistance R is placed outside an uniform inward magnetic field B. At t = 0

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A triangular conducting loop having resistance R is placed outside an uniform inward magnetic field B. At t = 0 , the loop starts moving into the magnetic field with a uniform speed v. Find the ( a) magnitude of induced emf e at any time t. ( b) the magnitude and direction of induced current at any time t.
19
Oct
A triangular conducting loop having resistance R is placed outside an uniform inward magnetic field B. At t = 0 , the loop starts moving into the magnetic field with a uniform speed v. Find the ( a) magnitude of induced emf e at any time t. ( b) the magnitude and direction of induced [...]
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Tags: A triangular conducting loop having resistance R is placed outside an uniform inward magnetic field B. At t = 0 , the loop starts moving into the magnetic field with a uniform speed v. Find the ( a) magnitude of induced emf e at any time t. ( b) the magnitude and direction of induced current at any time t. ,