A closed, circular loop has a counter-clockwise current flowing through it as vi

Question

A closed, circular loop has a counter-clockwise current flowing through it as viewed by a person on the right, as shown in the figure. If a second closed circular loop with the same radius approaches this loopwith constant velocity along a common axis as shown, in what direction will a current flow in the approaching loop as viewed by the person on the right?

counter-clockwise clockwise No current will be induced because the velocity of approach is constant. A closed, circular loop has a counter-clockwise current flowing through it as viewed by a person on the right, as shown in the figure. If a second closed circular loop with the same radius approaches this loopwith constant velocity along a common axis as shown, in what direction will a current flow in the approaching loop as viewed by the person on the right? counter-clockwise clockwise No current will be induced because the velocity of approach is constant.

Explanation / Answer

I did a mistake.Here is Correct one.

Curl the Right Hand in the Direction f the Current iin the Circular Loop

Our thumb will give the direction of the Magnetic Field and it is towards Right

Therefore

According to the Lenz law the induced Current will have Field in the Left Direction

clockwise

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