Two wires A and B are carrying currents `I_(1)` & `I_(2)` as shown in the figure. The separation between them is d. A third wire C carrying a current I is to kept parallel to them at a distance x from A such that the net forces acting on it is zero. The possible values of x are:

Two wires A & B are carrying currents I_1 & I_2 as shown in the figure.The separation between them is d. A third wire C carrying a current I is to be kept parallel to them at a distance x from A such that the net force acting on its is zero.The possible values of x are :

The force between two parallel wires carrying current is ______.

Two long wires carrying current I_(1) and I_(2) are arranged as shown in figure the one carrying current I_(1) is along is the x-axis. The other carrying current I_(2) is along a line parallel to the y-axis given by x=0 and z=d. Find the force exerted at O_(2) because of the wire along the x-axis.

Two long wires carrying current I_(1) and I_(2) are arranged as shown in figure the one carrying current I_(1) is along is the x-axis. The other carrying current I_(2) is along a line parallel to the y-axis given by x=0 and z=d. Find the force exerted at O_(2) because of the wire along the x-axis.

Three long straight and parallel wires carrying currents are arranged as shown in the figure. The wire C which carreis a current of 5.0 amp is so placed that it experiences no force. The distance of wire C from D is then

Three long straight and parallel wires carrying currents are arranged as shown in the figure. The wire C which carreis a current of 5.0 amp is so placed that it experiences no force. The distance of wire C from D is then

Three long straight and parallel wires carrying currents are arranged as shown in the figure. The wire C which carreis a current of 5.0 amp is so placed that it experiences no force. The distance of wire C from D is then

Two parallel infinite wires separated by distance d carry currents as shown in figure, The distance from a third infinite wire be kept parallel to wire carrying current I_(1) , the wire such that it stays in equilibrium is