An electric dipole with dipole moment `vec p=(3hat i+4hat j)C-m,` is kept in electric field `vec E=0.4hatkN/C ` .What is the torque acting on it & the potential energy of the dipole?

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

A dipole of dipole moment vecp=phati lies along the x -axis in a non-uniform electric field vecE=(c)/(x)hati . The force acting on the dipole is

Electric dipole of moment vec(P)=P hat(i) is kept at a point (x, y) in an electric field vec(E )=4x y^(2)hat(i)+4x^(2)y hat(j) . Find the magnitude of force acting on the dipole.

A dipole of dipole moment vec(P) is placed in uniform electric field vec(E) , then torque acting on it is given by

An electric dipole of dipole moment vecp is placed in a uniform electric field vecE with its axis inclined to the field. Write an expression for the torque vectau experienced by the dipole in vector form. Show diagrammatically how the dipole should be kept in the electric field so that the torque acting on it is: (i) maximum (ii) zero

A dipole of electric dipole moment p is placed in a uniform electric field of strength E. If theta is the angle between positive direction of p and E, then the potential energy of the electric dipole is largest when theta is

Charge Q is given a displacement vec r = a hat i + b hat j in an electric field vec E = E_1 hat i + E_2 hat j . The work done is.

An electric dipole moment vec P = ( 2. 0 hat I + 3 . 0 hat j) mu C m is placed in a uniform electric field vec E = (3 hat I + 2 . 0hat k ) xx 10^5 N C^(-1) .

An electric dipole of moment overset( r ) (p) = (hat(i) + 2hat ( j )) xx10^(-28) Cm is at origin. The electric field at point ( 2,4) due to the dipole is parallelto

An electric dipole of moment overset( r ) (p) = (hat(i) + 2hat ( j )) xx10^(-28) Cm is at origin. The electric field at point ( 2,4) due to the dipole is parallelto