Refer to diagram 5. As in the previous problem: three "infinite" parallel wires are parallel to the x-axis, forming an equilateral triangle of side 2.08 mm in the y-z plane: - Wire 1 lies along the x-axis, and carries current 737 A into the page - Wire 2 passes through (0,2.08 mm,0) and carries the same current 737 A into the page. - Wire 3 is at the apex of the triangle, and it carries the current 943 A out of the page. Find F1, the magnitude of the force per length on wire 1 due to the other two wires, in N/m.
Refer to diagram 5. As in the previous problem: three "infinite" parallel wires are parallel to the x-axis, forming an equilateral triangle of side 2.08 mm in the y-z plane: - Wire 1 lies along the x-axis, and carries current 737 A into the page - Wire 2 passes through (0,2.08 mm,0) and carries the same current 737 A into the page. - Wire 3 is at the apex of the triangle, and it carries the current 943 A out of the page. Find F1, the magnitude of the force per length on wire 1 due to the other two wires, in N/m.
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Transcribed Image Text:Diagram 5
Wire 3:/ out of page
X
y
Wire 1 (left) and wire 2 (right): / into page
Transcribed Image Text:Refer to diagram 5.
As in the previous problem: three "infinite" parallel wires are parallel to the x-axis, forming an
equilateral triangle of side 2.08 mm in the y-z plane:
- Wire 1 lies along the x-axis, and carries current 737 A into the page
- Wire 2 passes through (0,2.08 mm,0) and carries the same current 737 A into the page.
- Wire 3 is at the apex of the triangle, and it carries the current 943 A out of the page.
Find F1, the magnitude of the force per length on wire 1 due to the other two wires, in N/m.
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