Two parallel long wires with radius a lying along the z axis with current I flowing in opposite directions. The center of the wires are located at the x axis denoted with x=-d and x=d distance from the origin. (a) Write the expression for the magnetic field intensity H for each wire. (b) Write the expression for the total flux flowing through the area between the wires. (c) Write the expression for the inductance of the described system.
Two parallel long wires with radius a lying along the z axis with current I flowing in opposite directions. The center of the wires are located at the x axis denoted with x=-d and x=d distance from the origin.
(a) Write the expression for the magnetic field intensity
H for each wire.
(b) Write the expression for the total flux flowing through the area between the
wires.
(c) Write the expression for the inductance of the described system.
The expression for the magnetic field intensity H1 for the wire with the current in the positive z-direction at a distance x from the center of the wire,
The expression for the magnetic field intensity H2 for the wire with the current in the negative z-direction at a distance x from the center of the left wire,
The expression for the total magnetic field in between the area of the wire,
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