A conducting loop of side lengths d = 0.5 m and resistance R = 2.50 is r = 0.25 m next to a long current carrying wire with Iwire = 10 A. The current in the wire, in the direction shown, is reduced to zero in 10 sections at a constant rate. a. b. What is the direction of the induced current induced in the loop? Explain how you determined this. What direction is the total magnetic force in? Explain how you determined this. c

A conducting loop of side lengths d = 0.5 m and resistance R = 2.50 is r = 0.25 m next to a long current carrying wire with Iwire = 10 A. The current in the wire, in the direction shown, is reduced to zero in 10 sections at a constant rate. a. b. What is the direction of the induced current induced in the loop? Explain how you determined this. What direction is the total magnetic force in? Explain how you determined this. c