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The figure below shows a rectangular, conducting loop sitting in the magnetic field of a straight w…
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The figure below shows a rectangular, conducting loop sitting in the magnetic field of a straight wire carrying a current I. When the current I varies in time, a current is induced in the loop. Let #x27;s assume that the current I in the straight wire decreases in time. It is observed that the induced current circulates clockwise in the loop. Use Faraday #x27;s Law and Lenz #x27;s Law to explain: a) Why a current is induced in the loop b) Why the induced current circulates clockwise in the loop. The figure below shows a rectangular, conducting loop sitting in the magnetic field of a straight wire carrying a current I. When the current I varies in time, a current is induced in the loop. Let #x27;s assume that the current I in the straight wire decreases in time. It is observed that the induced current circulates clockwise in the loop. Use Faraday #x27;s Law and Lenz #x27;s Law to explain: X + X a) Why a current is induced in the loop. b) Why the induced current circulates clockwise in the loop. X (5 + 10 = 15 points)
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