19. A flat, current-carrying loop will generate a magnetic field. Which is an ef

Question

19. A flat, current-carrying loop will generate a magnetic field. Which is an effect of this magnetic field on the loop itself? A. Magnetic forces will tend to cause the loop’s area to decrease. B. Magnetic forces will tend to prevent the loop’s area from decreasing. C. The loop will experience no magnetic forces. D. Magnetic forces will tend to twist the loop so it is no longer flat. 19. A flat, current-carrying loop will generate a magnetic field. Which is an effect of this magnetic field on the loop itself? A. Magnetic forces will tend to cause the loop’s area to decrease. B. Magnetic forces will tend to prevent the loop’s area from decreasing. C. The loop will experience no magnetic forces. D. Magnetic forces will tend to twist the loop so it is no longer flat. 19. A flat, current-carrying loop will generate a magnetic field. Which is an effect of this magnetic field on the loop itself? A. Magnetic forces will tend to cause the loop’s area to decrease. B. Magnetic forces will tend to prevent the loop’s area from decreasing. C. The loop will experience no magnetic forces. D. Magnetic forces will tend to twist the loop so it is no longer flat.

Explanation / Answer

Magnetic forces will tend to twist the loop so it is no longer flat.

Torque acts on loop due to the magnetic force by current carrying loop which makes the loop to twist.

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