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-A circular conducting coil, with the radius R = 15.0 cm, is placed in a uniform veritical magnetic field (B = 1.50 x 10-5 T). a), Calculate the magnetic flux. b), Is an emf induced in the coil when it is stretched? If so, state why and give the direction %3D %3D of the induced current. c), If the coil is stretched to the flat (the right figure) shape in 0.60 sec, calculate the average induced emf. R

-A circular conducting coil, with the radius R = 15.0 cm, is placed in a uniform veritical magnetic field (B = 1.50 x 10-5 T). a), Calculate the magnetic flux. b), Is an emf induced in the coil when it is stretched? If so, state why and give the direction %3D %3D of the induced current. c), If the coil is stretched to the flat (the right figure) shape in 0.60 sec, calculate the average induced emf. R

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5. A circular conducting coil, with the radius R 15.0 cm, is placed in a uniform veritical magnetic field (B = 1.50 x 10-5 T). a), Calculate the magnetic flux. b), Is an emf induced in the coil when it is stretched? If so, state why and give the direction %3D of the induced current. c), If the coil is stretched to the flat (the right figure) shape in 0.60 sec, calculate the average induced emf. XB R. + I need all parts detailed answer other wise downvote
Transcribed Image Text:5. A circular conducting coil, with the radius R 15.0 cm, is placed in a uniform veritical magnetic field (B = 1.50 x 10-5 T). a), Calculate the magnetic flux. b), Is an emf induced in the coil when it is stretched? If so, state why and give the direction %3D of the induced current. c), If the coil is stretched to the flat (the right figure) shape in 0.60 sec, calculate the average induced emf. XB R. + I need all parts detailed answer other wise downvote
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