Question 2 Y = d 2d 2d x Figure 2: Two wires, carrying steady currents. Figure 2 shows the following arrangement of wire

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Question 2 Y = d 2d 2d x Figure 2: Two wires, carrying steady currents. Figure 2 shows the following arrangement of wire

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Question 2 Y D 2d 2d X Figure 2 Two Wires Carrying Steady Currents Figure 2 Shows The Following Arrangement Of Wire 1
Question 2 Y D 2d 2d X Figure 2 Two Wires Carrying Steady Currents Figure 2 Shows The Following Arrangement Of Wire 1 (68.86 KiB) Viewed 37 times
Question 2 Y = d 2d 2d x Figure 2: Two wires, carrying steady currents. Figure 2 shows the following arrangement of wires. A square loop of wire carrying a current I, lies in the xy-plane. Its sides are each of length 2d. A circular loop of wire, radius a, also carrying a current I, is placed in the same plane, with its centre a perpendicular distance d from the straight sections. Determine an expression for the magnetic field (including its direction) at the point P, the centre of the loops. For your convenience, the field on the axis of a circular current loop with this orientation, at a distance from its centre, is Ho Ia² B 2 (a² +22)3/2 P a
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