Two electric dipoles, A, B with respective dipole moments `vec(d_(A))=-4" qa "hati and vec(d_(B))=-2" qa "hati` are placed on the x-axis with a seperation R, as shown in the figure

The distance from A at which both of them produce the same potential is :

Two electric dipoles, A, B with respective dipole moments d_(A)=-4qahati and d_(B)=-2qahati are placed on the x-axis with a separation R, as shown in the figure. The distance from A at which both of them produce the same potential is:

Two electric dipoles, A, B with respective dipole moments d_(A)=-4qahati and d_(B)=-2qahati are placed on the x-axis with a separation R, as shown in the figure. The distance from A at which both of them product h same potential is:

Two identical electric point dipoles have dipole moments vec(P_1) = p hati and vec(P_2) = p hati and are held on the x axis at distance 'a' from each other. When released, they move along the x-axis with the direaction of their dipole moments remaining unchanged. If the mass of each dipole is 'm', their speed when they are infinitely for apart is :

Two identical electric point dipoles have dipole moments vec(P_1) = p hati and vec(P_2) = p hati and are held on the x axis at distance 'a' from each other. When released, they move along the x-axis with the direaction of their dipole moments remaining unchanged. If the mass of each dipole is 'm', their speed when they are infinitely for apart is :

Two ideal electric dipoles A and B, having their dipole moment p_1 and p_2 respectively are placed on a plane with their centres at O as shown in the figure. At point C on the axis of dipole A, the resultant electric field is making an angle of 37^@ with the axis. The ratio of the dipole moment of A and B, (p_1)/(p_2) is : (" take " sin 37^@ = 3/5)

In each situation of Column - I, two electric dipoles having dipole moments vec (p_(1)) and vec (p_(2)) of same magnitude ("that is" , p_(1) = p_(2)) are placed on x-axis symmertrically about origin in different orientations as shown. In column - II certain inferences are drawn for these two dipoles. Then match the different orientations of dipoles in column - I with the corresponding results in column - II. [In column I the co-ordinates corresponding to the centres of dipoles and dipoles having the same dipole lenght]

Two identical electric dipoles of dipole moments p are placed as shown in the figure. The electrostatic force on dipole placed along x-axis is (d

An electric dipole with dipole moment vec p=(3hati +4hatj) C-m is kept in electric field vec E=0.4hatk N/C .What is the torque acting on it and the potential energy of the dipole?

Two point dipoles of dipole moment vec(p)_(1) and vec(p)_(2) are at a distance x from each other and vec(p)_(1)||vec(p)_(2) . The force between the dipoles is :