A bar magnet is moved between two parallel circular loops A and B with a constant velocity v as shown in fig.

The correct answer is: The current in each loop flows in the same direction

The current in each loop flows in opposite directions

• When a magnet is moved inside two loops, the metal particle magnetizes and creates a magnetic field.
• Magnetism is growing in loop B and decreasing in loop A as the magnet moves towards loop B.
• As a result, the current flow in loops A and B are in the same direction.
• If the observer is on the left, current will be induced in loop A in a clockwise direction and loop B in an anticlockwise way.
• Thus, the loops will therefore repel one another.