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Mary has a circular coil with 12 loops of aluminum wire is placed in the horizontal plane. The magnetic field is uniform and is oriented 40 degrees above the plane of the loop. The radius of the loops of wire is 3.50 cm. If the magnetic field increases at a uniform rate of 12.0 mT/s, how much voltage is induced in the coil?

Mary has a circular coil with 12 loops of aluminum wire is placed in the horizontal plane. The magnetic field is uniform and is oriented 40 degrees above the plane of the loop. The radius of the loops of wire is 3.50 cm. If the magnetic field increases at a uniform rate of 12.0 mT/s, how much voltage is induced in the coil?

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Mary has a circular coil with 12 loops of aluminum wire is placed in the horizontal plane. The magnetic field is uniform and is oriented 40 degrees above the plane of the loop. The radius of the loops of wire is 3.50 cm. If the magnetic field increases at a uniform rate of 12.0 mT/s, how much voltage is induced in the coil? QUESTION 1 O A. None of the given options O B. 554 µV O C. 356 µV D. 424 uV O E. 46.2 µV
Transcribed Image Text:Mary has a circular coil with 12 loops of aluminum wire is placed in the horizontal plane. The magnetic field is uniform and is oriented 40 degrees above the plane of the loop. The radius of the loops of wire is 3.50 cm. If the magnetic field increases at a uniform rate of 12.0 mT/s, how much voltage is induced in the coil? QUESTION 1 O A. None of the given options O B. 554 µV O C. 356 µV D. 424 uV O E. 46.2 µV
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