The loop shown in Fig 6 22 (P6 10) moves away from a wire carrying a current I1 10 (A) at a constant velocity u y7 5 (m s) If R 10 61527 61472 and the direction of I2 is as defined in the figure, find I2 as a function of y0, the distance between the wire and the loop Ignore the internal resistance ...

Assume that the wire carrying current I is in the same plane as the loop The two identical ...

The loop shown in Fig. 6-22 (P6.10) moves away from a wire carrying a current I1 =

Question:

The loop shown in Fig. 6-22 (P6.10) moves away from a wire carrying a current I1 = 10 (A) at a constant velocity u = y7.5 (m/s). If R = 10 and the direction of I2 is as defined in the figure, find I2 as a function of y0, the distance between the wire and the loop. Ignore the internal resistance of the loop.