An electric dipole of dipole moment p is placed in a uniform external electric field E. Then, the

An electric dipole of dipole moment vecp is placed in a uniform external electric field vecE. Then the

An electric dipole of dipole moment vec(P) is placed in a uniform electric field vec(E) such that vecP is perpendicular to vecE The work done to. turn the dipole through an angle of 180^@ is

An electric dipole of dipole moment vecP is placed in a uniform electric field vecE such that vecP is perpendicular to vecE . The work done to turn the dipole through an angle of 180^(@) is -

An electric dipole of dipole moment p = 6 * 10^-4 C m is placed in a uniform external electric field of intensity 2*10^5(N/C) as shown in the figure, The anglebetween net electric field with external electric field at point A will be (epsilon

An electric dipole of moment p is placed in a uniform electric field E. Then (i) the torque on the dipole is p xx E , (ii) the potential energy of the system is p.E, (iii) the resultant force on the dipole is zero

Derive the expression for the potential energy of an electric dipole of dipole moment vec(p) placed in a uniform electric field vec(E ) .

An electric dipole of dipole moment P is lying along uniform electric field E. The work done in rotating the dipole by 37° is

An electric dipole of dipole moment p is aligned parallel to a uniform electric field E. the energy required to rotate the dipole by 90^(@) is