A square loop of wire with current (indicated by the o and x) is placed initially at rest in a magnetic field, as shown below (indicated by the green dots). You are looking at the edge of the loop. The loop is free to move in all directions.

How will this loop first respond to the magnetic field that it is in?

(10%) Problem 3: A square loop of wire with current (indicated by the o and x) is placed initially at rest in a . . . . magnetic eld, as shown below (indicated by the green dots). You are looking at the edge of the loop. The loop is free to move in all directions. a g? 50% Part (a) I ow will this loop rst respond to the magnetic eld that it is in? Rotate so its front edge moves downwards & its rear edge moves upwards V Correct! D A 50% Part (b) If instead this loop lay at in the plane, with its current going counter-clockwise, how would it respond to the magnetic eld it is in? Grade Summary 0 Be pulled upwards Deductions 0% 0 Not move or rotate Potential 100% O Rotate counter-clockwise . . O Rotate clockwise submwns . . Attempts remaimng: Q 0 Be pulled downwards (16% per attempt) O Rotate so its front edge moves upwards & its rear edge moves downwards detailed View 0 Rotate so its front edge moves downwards & its rear edge moves upwards Submit _ _