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The figure shows three 7.39-A currents in cross-section from very long parallel wires. Each current is at a vertex of a right isosceles triangle with 8.45-cm long legs. Calculate the net magnetic field magnitude (in µT) at P located at the midpoint of triangle's hypotenuse. P

The figure shows three 7.39-A currents in cross-section from very long parallel wires. Each current is at a vertex of a right isosceles triangle with 8.45-cm long legs. Calculate the net magnetic field magnitude (in µT) at P located at the midpoint of triangle's hypotenuse. P

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The figure shows three 7.39-A currents in cross-section from very long parallel wires. Each current is at a vertex of a right isosceles triangle with 8.45-cm long legs. Calculate the net magnetic field magnitude (in µT) at P located at the midpoint of triangle's hypotenuse. P
Transcribed Image Text:The figure shows three 7.39-A currents in cross-section from very long parallel wires. Each current is at a vertex of a right isosceles triangle with 8.45-cm long legs. Calculate the net magnetic field magnitude (in µT) at P located at the midpoint of triangle's hypotenuse. P
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