A rectangular loop carrying current I3 = 5A is placed parallel to two infinitely long filamentary wires carrying currents I1 = 10A and l2 = 10A as shown in Figure P4. Using the values of 'a', 'b', 'c' and 'd' given at Page 8: 1. Determine the forces F,, F2, F, and F4. 2. Determine the total force Frotal- %3D I,
A rectangular loop carrying current I3 = 5A is placed parallel to two infinitely long filamentary wires carrying currents I1 = 10A and l2 = 10A as shown in Figure P4. Using the values of 'a', 'b', 'c' and 'd' given at Page 8: 1. Determine the forces F,, F2, F, and F4. 2. Determine the total force Frotal- %3D I,
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a=2
b=2
c=2
d=3

Transcribed Image Text:A rectangular loop carying curent I, = 5A is placed parallel to two infinitely long filamentary wires
canying currents I1 = 104 and I2 = 10A as shown in Figure P4. Using the values of 'a', 'b', 'c' and
'd' given at Page 8:
1. Detemine the forces F,, F2. F; and F4.
2. Determine the total force FTotal-
I
I
Figure P4.
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