2) There are two wires at the bottom corners of the square (wire A and B). A third wire is placed at the midpoint at the top side of the square (wire C). The sides of the square are 10 cm. The current in each wire is 2 A. The direction of the current in each wire is indicated on the figure. Find the net force per unit length on wire C. Express your answer in unit vector notation. Answer: F/L = -6.41 x 10-6 i N/m A C B
2) There are two wires at the bottom corners of the square (wire A and B). A third wire is placed at the midpoint at the top side of the square (wire C). The sides of the square are 10 cm. The current in each wire is 2 A. The direction of the current in each wire is indicated on the figure. Find the net force per unit length on wire C. Express your answer in unit vector notation. Answer: F/L = -6.41 x 10-6 i N/m A C B
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Transcribed Image Text:2) There are two wires at the bottom corners of the square (wire A and B). A third wire is placed at the
midpoint at the top side of the square (wire C). The sides of the square are 10 cm. The current in each
wire is 2 A. The direction of the current in each wire is indicated on the figure. Find the net force per unit
length on wire C. Express your answer in unit vector notation.
Answer: F/L = -6.41 x 10-6 i N/m
A
C
B
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