1. A bar magnet is moved downward through a conducting loop as shown. As a result, a current forms in the loop. What will be the direction of the magnetic field that is induced by the current? N S B upward downward toward the right toward the left
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Step 1: When the bar magnet is moved downward through the conducting loop, current is induced in the loop in such a way to oppose the downward motion of the magnet. Show more…
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