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2. In free space, a conducting triangular loop carrying a current of 4 A is located close to an infinitely long, straight conductor with a current of 2 A, as shown in Fig.1. Calculate (a) The force on side 1 of the triangle loop (b) The total force on the loop 2A Z 2m 3 4A 2 2m 11m

2. In free space, a conducting triangular loop carrying a current of 4 A is located close to an infinitely long, straight conductor with a current of 2 A, as shown in Fig.1. Calculate (a) The force on side 1 of the triangle loop (b) The total force on the loop 2A Z 2m 3 4A 2 2m 11m

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2. In free space, a conducting triangular loop carrying a current of 4 A is located close to an infinitely long, straight conductor with a current of 2 A, as shown in Fig.1. Calculate (a) The force on side 1 of the triangle loop (b) The total force on the loop 2A Z 2m 34A 2 2m 11m
Transcribed Image Text:2. In free space, a conducting triangular loop carrying a current of 4 A is located close to an infinitely long, straight conductor with a current of 2 A, as shown in Fig.1. Calculate (a) The force on side 1 of the triangle loop (b) The total force on the loop 2A Z 2m 34A 2 2m 11m
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