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(A) When two identical coaxial circular loops carrying current $i$ in the same direction approach each other,the magnetic flux linked with each loop i

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the current in each will decrease

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(A) When two identical coaxial circular loops carrying current $i$ in the same direction approach each other,the magnetic flux linked with each loop increases.According to Lenz's Law,the induced current in each loop will flow in such a direction as to oppose this increase in magnetic flux.Since the magnetic field lines are in the same direction,the induced current will flow in a direction opposite to the original current $i$ to oppose the increase in flux.Therefore,the net current in each loop will decrease.

Two identical coaxial circular loops carry a current $i$ each,circulating in the same direction. If the loops approach each other,then:

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