A dipole with a dipole moment of magnitude is in stable equilibrium in an electrostatic field of magnitude E. Find the work done in rotating this dipole to its position of unstable equilibrium?

An electric dipole of moment p is placed in equilibrium position in a uniform electric field of intensity E. to rotate the dipole through an angle theta from its initial position, the required moment of the torque is _____________. [fill in the blank]

Dipole is placed parallel to the electric field. If W is the work done in rotating the dipole by 60^@ , then work done in rotating it by 180^@ is

An electric dipole is held in a uniform electric field. The dipole is aligned parallel to the field. Find the work done in rotating it through the angle of 180^(@) .

Define electric dipole moment. Find the torque actging on a dipole when it is placed in a uniform electric field vecE .

If an electric dipole of moment vecp be placed along a uniform electric field of intensity vecE , the torque acting on the dipole is

If an electric dipole of moment vecp be placed along a uniform electric field of intessity vecE , the torque acting on the dipole is

The geometry of H_(2)S and its dipole moment is-

A bar magnet of magnetic moment M is suspended in a uniform magnetic field (B). The work done to rotate 180^@ from its equlibrium position will be —