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9 Nov 2019
You have five straight wires of length l = 2 in the xy plane, four of which make a square centered at the origin with sides parallel to the axes of the coordinate system. The fifth wire bisects the square along the y axis. You now insert three inductors and two capacitors to make a special LC circuit. The inductors are located along the x axis at x = -1,0,1 and each has inductance L. The capacitors arc located along the line y = 1 at x values of plusminus 1/2 and each has capacitance C. If the direction of the current in the right side inductor is reversed, show that the angular frequency of the oscillating current is given by omega = 1/ .
You have five straight wires of length l = 2 in the xy plane, four of which make a square centered at the origin with sides parallel to the axes of the coordinate system. The fifth wire bisects the square along the y axis. You now insert three inductors and two capacitors to make a special LC circuit. The inductors are located along the x axis at x = -1,0,1 and each has inductance L. The capacitors arc located along the line y = 1 at x values of plusminus 1/2 and each has capacitance C. If the direction of the current in the right side inductor is reversed, show that the angular frequency of the oscillating current is given by omega = 1/ .
Keith LeannonLv2
25 Apr 2019