Two infinity vertical wires run by equal and opposite currents I, are separated by a distance...

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Two infinity vertical wires run by equal and opposite currents I, are separated by a distance of 3a. In a plane perpendicular to the one formed by wires, there is a rectangular circuit with base a, and height 2a, as indicated in the figure. Determine: (SHOW YOUR WORK). a) The magnetic field B at points P and R. b) The magnetic flux through the circuit. c) The force on the circuit when a current I' passes through it in the direction indicated in the figure. I R 0 2a P 2 a B2 R 2a P B 20 X Two infinity vertical wires run by equal and opposite currents I, are separated by a distance of 3a. In a plane perpendicular to the one formed by wires, there is a rectangular circuit with base a, and height 2a, as indicated in the figure. Determine: (SHOW YOUR WORK). a) The magnetic field B at points P and R. b) The magnetic flux through the circuit. c) The force on the circuit when a current I' passes through it in the direction indicated in the figure. I R 0 2a P 2 a B2 R 2a P B 20 X

Answer rating: 100% (QA)

To solve this problem we can use Amperes law and the principle of superposition to find the magnetic field at points P and R calculate the magnetic fl... View the full answer