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) + 3 hat(j) -5 hat(k ) ) xx 10^(-19 ) Cm is kept in a electric field overset( r )( E ) = = ( 2hat( i) - 3 hat( j )+2 hat( k) ) xx 10^(5) V- m . Find torque experienced by dipole.

An electric dipole of moment overset(r )( P) = (hat( i) + 3 hat(j) -5 hat(k ) ) xx 10^(-19 ) Cm is kept in a electric field overset( r )( E ) = = ( 2hat( i) - 3 hat( j )+2 hat( k) ) xx 10^(5) V- m . Find torque experienced by dipole.

A point electric dipole of moment vec(p)_(1)=(sqrt(3)hat(i) +hat(j)) is held fixed at the origin. Another point electric dipole of moment vec(p)_(2) held at the point A (+a, 0, 0) will have minimum potential energy, if its orientation is given by the vector

A electric dipole of dipole moment vec p = 9hat i + 3hat j - 3hat k is placed at the point M(2 -3 1) .If the electric potential due to this dipole at the point N(4, -1, 0) is N times 10^(9) volt.Then find N if the given data is in S.l units

A electric dipole of dipole moment vec p = 9hat i + 3hat j - 3hat k is placed at the point M(2 -3 1) .If the electric potential due to this dipole at the point N(4, -1, 0) is N times 10^(9) volt.Then find N if the given data is in S.l units

The negative and positive charge of a dipole of moment p are placed respectively, at points- hat(i) a and + hat(i) a . If y gt gt a , then the electric field intensity due to the dipole at the point located at hat(j)y , is

An electric dipole with dipole moment vec p=(3hat i+4hat j)C-m is kept in electric field vec E=0.4kN/Chat i .What is the torque acting on it & the potential energy of the dipole? (A) 1600(N times m)hat k,-1200J (B) -1600(N times m)hat k,1200J (C) -1600(N times m)hat k,-1200J (D) 1600(N times m)hat k,1200J

An electric dipole with dipole moment bar(p)=2times10^(-8)hat i C-m is kept in a region with electric field 100N/C i .The magnitude of torque due to electrostatic force on the dipole is