4. A square current loop of length L on each side carrying a counter-clockwise current / is placed in a region of consta
Posted: Fri May 06, 2022 10:53 am
Please help to correct question 4. a, b, and c. and explain why
the corrected answer.
Thank you
4. A square current loop of length L on each side carrying a counter-clockwise current / is placed in a region of constant, uniform magnetic field B directed out of the page. (a) What is the magnitude of the net magnetic force 0 acting on the current loop? [5] ATLB BAILB, C. 21LB D-zero (b) What is the direction of the net magnetic force acting on the current loop? [5] B.Down the page To the left no net force O AUp the page D.To the right (c) Suppose the same loop of wire, carrying the same current were placed in a non-uniform magnetic field in which the magnetic field strength B increases as you go up the page. If this were the case, what would be the direction of the net magnetic force acting on the current loop? [5] `O A Up the page D. To the right B. Down the page C. To the left E. no net force
the corrected answer.
Thank you
4. A square current loop of length L on each side carrying a counter-clockwise current / is placed in a region of constant, uniform magnetic field B directed out of the page. (a) What is the magnitude of the net magnetic force 0 acting on the current loop? [5] ATLB BAILB, C. 21LB D-zero (b) What is the direction of the net magnetic force acting on the current loop? [5] B.Down the page To the left no net force O AUp the page D.To the right (c) Suppose the same loop of wire, carrying the same current were placed in a non-uniform magnetic field in which the magnetic field strength B increases as you go up the page. If this were the case, what would be the direction of the net magnetic force acting on the current loop? [5] `O A Up the page D. To the right B. Down the page C. To the left E. no net force