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A rectangular conducting loop has one side that can slide on frictionless conducting rails (picutred). A resistor R = 1.2N forms one side of the loop, and represents all the resistance in the loop. The two rails are L = 10 cm apart. If a force F = 5N is required to move the sliding rail at a constant velocity of v = 2m/s, what is the magnitude of the uniform magnetic field in the region? (a) 8.48 T (b) 12.5 T (c) 17.3 T (d) 21.9 T

A rectangular conducting loop has one side that can slide on frictionless conducting rails (picutred). A resistor R = 1.2N forms one side of the loop, and represents all the resistance in the loop. The two rails are L = 10 cm apart. If a force F = 5N is required to move the sliding rail at a constant velocity of v = 2m/s, what is the magnitude of the uniform magnetic field in the region? (a) 8.48 T (b) 12.5 T (c) 17.3 T (d) 21.9 T

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A rectangular conducting loop has one side that can slide on frictionless conducting rails (picutred). A resistor R = 1.2N forms one side of the loop, and represents all the resistance in the loop. The two rails are L = 10 cm apart. If a force F = 5N is required to move the sliding rail at a constant velocity of v = 2m/s, what is the magnitude of the uniform magnetic field in the region? (a) 8.48 T (b) 12.5 T (c) 17.3 T (d) 21.9 T
Transcribed Image Text:A rectangular conducting loop has one side that can slide on frictionless conducting rails (picutred). A resistor R = 1.2N forms one side of the loop, and represents all the resistance in the loop. The two rails are L = 10 cm apart. If a force F = 5N is required to move the sliding rail at a constant velocity of v = 2m/s, what is the magnitude of the uniform magnetic field in the region? (a) 8.48 T (b) 12.5 T (c) 17.3 T (d) 21.9 T
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