Calculate magnitude and direction of the total force acting on a bent wire carrying a current of 10 A through a uniform magnetic field given by B = 5k [T]. The wire (and current) start at coordinates (2m, 0m), then go to (1m, 0m), then to (0m, 3m), then to (-1m, 0m), then to (-2m, 0m). Give your final answer in standard unit vector form.
Calculate magnitude and direction of the total force acting on a bent wire carrying a current of 10 A through a uniform magnetic field given by B = 5k [T]. The wire (and current) start at coordinates (2m, 0m), then go to (1m, 0m), then to (0m, 3m), then to (-1m, 0m), then to (-2m, 0m). Give your final answer in standard unit vector form.
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![Calculate magnitude and direction of the total force acting on a bent wire carrying a current of 10 A
through a uniform magnetic field given by B = 5k [T]. The wire (and current) start at coordinates
(2m, 0m), then go to (1m, 0m), then to (0m, 3m), then to (-1m, 0m), then to (-2m, 0m). Give your
final answer in standard unit vector form.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3738e16a-10fd-4378-b4a3-b8733d2d5bb5%2F5e9c4ff0-ac23-4287-be9f-d138916e1bdf%2F6kcp68_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Calculate magnitude and direction of the total force acting on a bent wire carrying a current of 10 A
through a uniform magnetic field given by B = 5k [T]. The wire (and current) start at coordinates
(2m, 0m), then go to (1m, 0m), then to (0m, 3m), then to (-1m, 0m), then to (-2m, 0m). Give your
final answer in standard unit vector form.
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