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(a) The two wires shown in the figure are separated by a distance d and carry currents of I in opposite directions. Find the magnitude of the magnetic field at point P1.

(a) The two wires shown in the figure are separated by a distance d and carry currents of I in opposite directions. Find the magnitude of the magnetic field at point P1.

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(b) Find the direction of net magnetic field at \( P_1 \). - ○ Into the page - ○ Right - ○ Out of page - ○ Down - ○ Left - ○ Up
Transcribed Image Text:(b) Find the direction of net magnetic field at \( P_1 \). - ○ Into the page - ○ Right - ○ Out of page - ○ Down - ○ Left - ○ Up
**Title: Magnetic Field Calculation for Two Parallel Wires** **Problem Statement:** (a) The two wires shown in the figure are separated by a distance \(d\) and carry currents of \(I\) in opposite directions. Find the magnitude of the magnetic field at point \(P_1\). **Diagram Description:** The diagram illustrates two vertical parallel wires separated by a horizontal distance \(d\). The wire on the left carries an upward current \(I\), and the wire on the right carries a downward current \(I\). Point \(P_1\) is located to the right of the second wire, also at a distance \(d\). **Options for the Magnetic Field Magnitude at \(P_1\):** - \(\frac{2\mu_0 I}{\pi d}\) - \(\frac{\mu_0 I}{4\pi d}\) - \(\frac{5\mu_0 I}{2\pi d}\) - \(\frac{3\mu_0 I}{4\pi d}\) - \(\frac{\mu_0 I}{2\pi d}\) In this exercise, students are asked to apply their knowledge of electromagnetism to determine the magnitude of the magnetic field at a specified point due to currents flowing in opposite directions in parallel wires.
Transcribed Image Text:**Title: Magnetic Field Calculation for Two Parallel Wires** **Problem Statement:** (a) The two wires shown in the figure are separated by a distance \(d\) and carry currents of \(I\) in opposite directions. Find the magnitude of the magnetic field at point \(P_1\). **Diagram Description:** The diagram illustrates two vertical parallel wires separated by a horizontal distance \(d\). The wire on the left carries an upward current \(I\), and the wire on the right carries a downward current \(I\). Point \(P_1\) is located to the right of the second wire, also at a distance \(d\). **Options for the Magnetic Field Magnitude at \(P_1\):** - \(\frac{2\mu_0 I}{\pi d}\) - \(\frac{\mu_0 I}{4\pi d}\) - \(\frac{5\mu_0 I}{2\pi d}\) - \(\frac{3\mu_0 I}{4\pi d}\) - \(\frac{\mu_0 I}{2\pi d}\) In this exercise, students are asked to apply their knowledge of electromagnetism to determine the magnitude of the magnetic field at a specified point due to currents flowing in opposite directions in parallel wires.
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