Consider a current loop in the shape of a right triangle with legs of length a and b, which is located in an area with a uniform magnetic field of the vector B = B (k^), as shown in figure 2. If current I flows in the direction schedule, determine: a) The force on each side of the loop. b) The net force on the loop. c) The net torque on the loop.
Consider a current loop in the shape of a right triangle with legs of length a and b, which is located in an area with a uniform magnetic field of the vector B = B (k^), as shown in figure 2. If current I flows in the direction schedule, determine: a) The force on each side of the loop. b) The net force on the loop. c) The net torque on the loop.
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Consider a current loop in the shape of a right triangle with legs of length a and b, which is located in an area with a uniform magnetic field of the vector B = B (k^), as shown in figure 2. If current I flows in the direction schedule, determine:
a) The force on each side of the loop.
b) The net force on the loop.
c) The net torque on the loop.
Transcribed Image Text:85°-
Figura 1
Figura 2
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