1.

In figure, a square loop consisting of an inductor of inductance L and resistor of resistance R is placed between two long parallel wires. The two long straight wires have time varying current of magnitude I=I0 cos ω t but the direction of current in them are opposite. Magnitude of emf in this circuit only due to flux change associated with two long straight current carrying wires will be

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In figure, a square loop consisting of an inductor of inductance L and resistor of resistance R is placed between two long parallel wires. The two long straight wires have time varying current of magnitude
I=I0 cos ω t but the direction of current in them are opposite.


Magnitude of emf in this circuit only due to flux change associated with two long straight current carrying wires will be




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