A circular coil with 6 loops of copper wire is placed in the horizontal plane. The magnetic field is uniform and is oriented 20 degrees above the plane of the loop. The radius of the loops of wire is 3.50 cm. If the magnetic field changes at a uniform rate of 12.0 mT/s, what is the absolute value of induced emf in the coil? QUESTION 6 OA 15.8 µV O B. None of the options given LIF O C. 277 µV O D. 260 µV O E. 94.8 µV
A circular coil with 6 loops of copper wire is placed in the horizontal plane. The magnetic field is uniform and is oriented 20 degrees above the plane of the loop. The radius of the loops of wire is 3.50 cm. If the magnetic field changes at a uniform rate of 12.0 mT/s, what is the absolute value of induced emf in the coil? QUESTION 6 OA 15.8 µV O B. None of the options given LIF O C. 277 µV O D. 260 µV O E. 94.8 µV
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Transcribed Image Text:QUESTION 6
A circular coil with 6 loops of copper wire is placed in the horizontal plane. The magnetic field is uniform
and is oriented 20 degrees above the plane of the loop. The radius of the loops of wire is 3.50 cm. If the
magnetic field changes at a uniform rate of 12.0 mT/s, what is the absolute value of induced emf in the
coil?
O A 15.8 µV
O B. None of the options given
LIF
OC. 277 µV
O D. 260 µV
O E. 94.8 µV
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