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A uniform magnetic field of induction B = 1T exists in a circular region of radius 13 R V 2 R =, -т .A Loop of radius 13 R =. 2 encloses the magnetic field at t = 0 and then pulled at a uniform speed v = 1 m/s in the plane of the paper. Find the induced EMF in volts in the loop at t = 1 s

A uniform magnetic field of induction B = 1T exists in a circular region of radius 13 R V 2 R =, -т .A Loop of radius 13 R =. 2 encloses the magnetic field at t = 0 and then pulled at a uniform speed v = 1 m/s in the plane of the paper. Find the induced EMF in volts in the loop at t = 1 s

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A uniform magnetic field of induction B = 1T exists in a circular region of radius 13 R = A Loop of radius 13 m. 2 R = encloses the magnetic field at t = 0 and then pulled at a uniform speed v = 1 m/s in the plane of the paper. Find the induced EMF in volts in the loop at t = 1 s %3D
Transcribed Image Text:A uniform magnetic field of induction B = 1T exists in a circular region of radius 13 R = A Loop of radius 13 m. 2 R = encloses the magnetic field at t = 0 and then pulled at a uniform speed v = 1 m/s in the plane of the paper. Find the induced EMF in volts in the loop at t = 1 s %3D
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