2. The loop shown in the Figure moves away from a wire carrying a current I...

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2. The loop shown in the Figure moves away from a wire carrying a current I = 10 (A) at a constant velocity u = - 10 (m/s). If R=10 2 and the direction of 1 is as defined in the figure, find I as a function of yo, the distance between the wire and the loop. Ignore the internal resistance of the loop. -10 cm- 20 cm R www R 1 I - 10 A 2. The loop shown in the Figure moves away from a wire carrying a current I = 10 (A) at a constant velocity u = - 10 (m/s). If R=10 2 and the direction of 1 is as defined in the figure, find I as a function of yo, the distance between the wire and the loop. Ignore the internal resistance of the loop. -10 cm- 20 cm R www R 1 I - 10 A