A transmission wire oriented parallel to the x-axis carries a current of 200 A flowing along...

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A transmission wire oriented parallel to the x-axis carries acurrent of 200 A flowing along the +x direction. A secondtransmission wire also oriented parallel to the x-axis but lying ata perpendicular distance of 1.30 m below the first wire carries acurrent of 215 A flowing along the +x direction. What is themagnitude of the total magnetic field at a point 2.3 m directlybelow a point midway between the two wires?

What is the direction of the net magnetic field?

transmission wire oriented parallel to the x-axis carries acurrent of   200 A    flowing alongthe +x direction. A second transmission wire also oriented parallelto the x-axis but lying at a perpendicular distanceof   1.30 m    below the first wirecarries a current of   215 A    flowing along the +x direction. If the location where the netmagnetic field is zero is at perpendiculardistance  X from the first wire, what isX ?

A transmission wire oriented parallel to the x-axis carries acurrent of   200 A    flowing alongthe +x direction. A second transmission wire also oriented parallelto the x-axis but lying at a perpendicular distance of  1.30 m     below the first wirecarries a current of   215 A   flowing along the -x direction. What is the magnitude of the totalmagnetic field at a point   2.3 m   directly above a point midway between the two wires?

Answer & Explanation Solved by verified expert
3.6 Ratings (492 Votes)
a Magnitude of the total magnetic field at a point 23 m directly below a point midway between the two wires Magnetic field due to upper wire B1 u0l1 2pid1 d1 130 2 23 295 m B1 4pi107200    See Answer
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