Given figure shows a coil bent with all edges of length `1 m` and carrying a current of `1 A`. There exists in space a uniform magnetic field of `2 T` in positive y-direction. Find the torque on the loop.

The given fig.shows a coil bent with AB=BC=CD=DE=EF=FG=GH=HA=1 m and carrying current 1 A .There exists in space a vertical uniform magnetic field of 2 T in the y -direction.Then find out the torque (in vector form) on the loop.

Figure shows a bent coil with all edges of length 1m and carrying a current 1 A. a. Find the magnetic moment of the loop. b. Find the torque acting on the loop.

Figure. shows one quarter of a simple circular loop of wire that carries a current of 14 A. Its radius is a=5 cm. A uniform magnetic field, B =300 G, is directed in the +x direction. Find the torque on the entire loop and the direction in which it will rotate.

Find net force on the equilateral loop of side m carrying a current of 2 A kept in a uniform magnetic field of 2 T as shown in figure.

A circular loop of area 1 cm^(2) carrying a current of 10A is placed in a magnetic field of 2That(i) . The loop is in xy plane with current in clockwise direction . Fing the torque on the loop

A square 12-turn coil with sides of length 40 cm carries a current of 3 A. It lies in the x-y plane as shown in Fig. in a uniform magnetic field. (a) Find the magnetic moment of the coil. (b) Find the torque exerted on the coil. (c) Find the potential energy of the coil.