An infinitely long straight wire carries a conventional current I as shown in the The rectangular loop carries a conventional current I in the clockwise direction Find the net force on the rectangular loop

A long straight wire carries a steady current I_(1) Nearby is a rectangular loop that carries a steady current I_(2) The directions of the two currents are shown in the figure. Which statement is /are false?

The straight infinite long wire carries a constant current i to the right. The conducting circular loop in the same plane is being pulled upward by the external force. What is the direction of the magnetic force on the loop ?

The straight infinite long wire carries a constant current i to the right. The conducting circular loop in the same plane is being pulled upward by the external force. What is the direction of the magnetic force on the loop ?

A circular loop and an infinitely long straight conductor carry equal currents, as shown in the figure . The net magnetic field at the centre of the loop is B_(1) when the current in the loop is clockwise and B_(2) when the current in the loop is anti - clockwise . Then (B_(1))/(B_(2)) is

An infinitely long, straight wire carrying current I_(1) passes through the center of circular loop of wire carrying current I_(2) . The infinite wire is perpendicular to the plane ofthe loop. Which of the following statements is/are INCORRECT regarding the magnetic force on the loop due to the infinite wire:

A long straight wire is carrying current I in + z direction .The x-y plane contains a closed circular loop carrying current I_(2) and not encircling the straight wire.The force on the loop will be

A long straight wire is carrying current I in + z direction .The x-y plane contains a closed circular loop carrying current I_(2) and not encircling the straight wire.The force on the loop will be

An infinitely long straight wire carrying a current I_1 is partially surrounded by a loop as shown in Fig. The loop has a length L, radius R, and carries a current I_2 The axis of the loop coincides with the wire. Calculate the force exerted on the loop.

An infinitely long straight wire carrying a current I_1 is partially surrounded by a loop as shown in Fig. The loop has a length L, radius R, and carries a current I_2 The axis of the loop coincides with the wire. Calculate the force exerted on the loop.

Show a conduction loop placed near a long, straight wire carrying current i as shown. If the current increases continuously, find the direction of the induced current in the loop.