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Two long wires with constant current are perpendicular to one another with Wire 1 parallel to the y axis and Wire 2 along the z axis. Wire 1 intersects the xz plane at the location (3, 2, 0) cm. The current through Wire 1 is 0.30 A, and the current through Wire 2 is 0.59 A. wire 2 BA = (i 3 cm wire 1 1 2 cm I₁ 12 What is the net magnetic field at location A due to the two wires? x i i >T

Two long wires with constant current are perpendicular to one another with Wire 1 parallel to the y axis and Wire 2 along the z axis. Wire 1 intersects the xz plane at the location (3, 2, 0) cm. The current through Wire 1 is 0.30 A, and the current through Wire 2 is 0.59 A. wire 2 BA = (i 3 cm wire 1 1 2 cm I₁ 12 What is the net magnetic field at location A due to the two wires? x i i >T

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Two long wires with constant current are perpendicular to one another with Wire 1 parallel to the y axis and Wire 2 along the z axis. Wire 1 intersects the xz plane at the location (3, 2, 0) cm. The current through Wire 1 is 0.30 A, and the current through Wire 2 is 0.59 A. He 3 cm BA wire 2 = i wire 1 2 cm 12 What is the net magnetic field at location A due to the two wires? X i >T
Transcribed Image Text:Two long wires with constant current are perpendicular to one another with Wire 1 parallel to the y axis and Wire 2 along the z axis. Wire 1 intersects the xz plane at the location (3, 2, 0) cm. The current through Wire 1 is 0.30 A, and the current through Wire 2 is 0.59 A. He 3 cm BA wire 2 = i wire 1 2 cm 12 What is the net magnetic field at location A due to the two wires? X i >T
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