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(B) According to Lenz's Law,the direction of the induced current in a closed loop is such that it opposes the change in magnetic flux that produced it

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Clockwise

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(B) According to Lenz's Law,the direction of the induced current in a closed loop is such that it opposes the change in magnetic flux that produced it.As the solenoid approaches the loop,the magnetic flux linked with the loop increases.To oppose this increase,the loop will develop a magnetic field in the opposite direction to the solenoid's magnetic field.The solenoid acts like a bar magnet with its North pole facing the loop.Therefore,the loop must behave like a North pole on the side facing the solenoid to repel it.For the loop to act as a North pole,the current must flow in an anticlockwise direction when viewed from the side of the solenoid.However,the observer is on the other side of the loop. When viewed from the observer's side,the current will appear to flow in the opposite direction,which is clockwise.

$A$ current-carrying solenoid is approaching a conducting loop as shown in the figure. The direction of the induced current as observed by an observer on the other side of the loop will be

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