A very long thin lossless two-wire transmission line is short-circuited at one end and connected to the ideal current source I of dc current at the other end. The wires are separated by distance d. Rectangular wire loop of side lengths a and b is placed in the plane of the line while its longer sides are parallel to the line wires (Figure below). The loop moves away from the transmission line with constant velocity v. At moment t = O, the distance between one of the wires of the transmission line and one of the sides of the loop is x = c. Find the emf induced in the loop. d +

A very long thin lossless two-wire transmission line is short-circuited at one end and connected to the ideal current source I of dc current at the other end. The wires are separated by distance d. Rectangular wire loop of side lengths a and b is placed in the plane of the line while its longer sides are parallel to the line wires (Figure below). The loop moves away from the transmission line with constant velocity v. At moment t = O, the distance between one of the wires of the transmission line and one of the sides of the loop is x = c. Find the emf induced in the loop. d +