A straight conductor of length 'l' is oriented parallel to the Y-axis and moving along the X-axis
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Question:
A straight conductor of length 'l' is oriented parallel to the Y-axis and moving along the X-axis in the positive direction in a uniform magnetic field of flux density 'B'. The B-field emerges out of the XY-plane and is perpendicular to it.
a) If the linear motion velocity is 'v' m/s, what is the magnitude of emf induced in the conductor?
b) If in part (a), the flux density varies harmonically as B = B0 cos(ωt), find the induced emf in the conductor.
a) If the linear motion velocity is 'v' m/s, what is the magnitude of emf induced in the conductor?
b) If in part (a), the flux density varies harmonically as B = B0 cos(ωt), find the induced emf in the conductor.
Expert Answer:
Solutions a Magnitude of induced emf When a conductor moves through a magnetic field an electric fie... View the full answer
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