Question: A rectangular conducting loop of sides a = 2.5 cm and 6 = 1 cm is given to move with a constant velocity u =

A rectangular conducting loop of sides a = 2.5 cm and 6 = 1 cm is given to move with a constant velocity u = 50 a z + 40 a y m/s in the presence of an infinitely long conductor shown, carrying current it(t) = 10 cos(lO?) mA. At time t = 0 s, the point A at the bottom left corner of the loop is at the point x o = 3 m and y o = 4 m. Find the magnitude and direction (clockwise or counterclockwise) induced current on the R = 5 CI resistor at t = 0.06 s. i(0) y D A R=592 Medium is vacuum. DB b B

i(0) y D A R=592 Medium is vacuum. DB b B

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To solve this problem we need to calculate the electromotive force EMF induced in the loop due to the changing magnetic field from the infinitely long ... View full answer

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