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3) 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 magnetic field at the center of the square. Answer: B = 8 x 10-6i+ 8 x 10-6 j T AO C B

3) 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 magnetic field at the center of the square. Answer: B = 8 x 10-6i+ 8 x 10-6 j T AO C B

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3) 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 magnetic field at the center of the square. Answer: B = 8 x 10-6i+ 8 x 10-6 j T AO C B
Transcribed Image Text:3) 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 magnetic field at the center of the square. Answer: B = 8 x 10-6i+ 8 x 10-6 j T AO C B
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