A flat coil carrying a current has a magnetic moment `mu`. It is placed in a magnetic field `B` such that `mu` is anti-parallel to `B`. The coil is

A flat circular coil, carrying a current, has a magnetic moment mu

A flat coil carrying a current has a magnetic moment vecmu . It is placed in a magnetic field vecB . The torque on the coil is vec(tau)

A small flat coil carrying current has magnetic moment mu . It is placed in an external magnetic field B . The maximum potential energy of the system can be

A flat coil carrying a current has a magnetic moment mu . It is initially in equilibrium, with its plane perpendicular to a magnetic field of magnetic B , If it now rotated through an angle theta , the work done is

When a current carrying coil is placed in a uniform magnetic field with its magnetic moment anti-parallel to the field.

A point P lies on the axis of a flat coil carrying a current. The magnetic moment of the coil is mu . The distance of P from the coil is d , which is large compared to the radius of the coil. The magnetic field at P has magnitude

A coil of length L, carries a current i. The magnetic moment of coil is proportional to

A coil carrying electric current is placed in uniform magnetic field

A point P lies on the axis of a flat coil carryinga current. The mangetc moment of the coil is mu . What will be the magnetic field at point P ? It is given that the distance of P from the centre of coil is d, which is large compared to the radius of the coil.