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The induced current in a conducting loop is proportional to: O.a. The resistance of the loop. O b. The rate of change of the magnetic flux through the loop. O c. The magnitude of the magnetic field cutting the loop. O d. The magnitude of the magnetic flux cutting the loop. O e. The rate of change of the magnetic field cutting the loop

The induced current in a conducting loop is proportional to: O.a. The resistance of the loop. O b. The rate of change of the magnetic flux through the loop. O c. The magnitude of the magnetic field cutting the loop. O d. The magnitude of the magnetic flux cutting the loop. O e. The rate of change of the magnetic field cutting the loop

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Time left 0:45: The induced current in a conducting loop is proportional to: O a. The resistance of the loop. O b. The rate of change of the magnetic flux through the loop. O c. The magnitude of the magnetic field cutting the loop. O d. The magnitude of the magnetic flux cutting the loop. O e. The rate of change of the magnetic field cutting the loop Next pag
Transcribed Image Text:Time left 0:45: The induced current in a conducting loop is proportional to: O a. The resistance of the loop. O b. The rate of change of the magnetic flux through the loop. O c. The magnitude of the magnetic field cutting the loop. O d. The magnitude of the magnetic flux cutting the loop. O e. The rate of change of the magnetic field cutting the loop Next pag
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