Tangent law is applicable to a dipole pl...

Tangent law is applicable to a dipole placed in two magnetic fields `vecB` and `vec(B_0)` when :

A

`vecB=vec(B_0)`

B

`vecB_|_vec(B_0)`

C

`vecB` makes any angle with `vec(B_0)`

D

`vecB` is directed opposite to `vec(B_0)`.

Verified by Experts

Similar Questions

Explore conceptually related problems

Give the expression for torque acting on a magnetic dipole placed in an uniform magnetic field and give the meaning of the symbols.

A magnetic dipole is placed in two perpendicular magnetic field B and B_0 and is in equilibrium making angle theta with vecB . Then :

The torque acting on a magnetic dipole of moment vec(p_m) when placed in a magnetic field vecB is :

Find an expression for the torque acting on a magnetic dipole placed in an uniform magnetic field . Hence define magnetic dipole moment .

Write an expression for magnetic potential energy of a magnetic dipole kept in a uniform magnetic field and explain the terms.