A bar magnet is held above the center of a Part 1) Find the direction of the cur

Question

A bar magnet is held above the center of a

Part 1) Find the direction of the current, as viewed from above, around the wire loop while the

A.

B.Unable to determine the direction.

C.

Part 2) Find the direction of the current around the oop after the magnet has passed through the

wire loop and moves away from it.

A.counter-clockwise

B. un

C.

magnet is falling toward the loop.

conducting wire loop in a horizontal plane

with the north end of the magnet toward the

loop. The magnet is dropped.

A bar magnet is held above the center of a uploaded image Part 1) Find the direction of the current, as viewed from above, around the wire loop while the A. counter-clockwise B.Unable to determine the direction. C. clockwise Part 2) Find the direction of the current around the oop after the magnet has passed through the wire loop and moves away from it. ?A. counter-clockwise B. un able to determine the direction. C. clockwise magnet is falling toward the loop. conducting wire loop in a horizontal plane with the north end of the magnet toward the loop. The magnet is dropped.

Explanation / Answer

from the lenz s law the direction of induced current in the loop opposes the cause of it from teh figure when magnet is moving toward the loop means the current is in counter clock direction . b) in the second case magnet is moves away from the loop the direction of current is clock wise direction.

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