For an electric dipole consisting of a positive and equal negative charges seperated by a finite distance, the number of axial and equatorial lines respectively

An electric dipole is a system of two equal and opposite point charges separated by a very smalland finite distance:- The SI unitof electric dipole moment is _______.

The angle between the electric dipole moment and electric field due to the dipole on its axial and equatorial lines respectively are

An electric dipole consists of two equal and opposite point charge +Q and -Q, separated by a distance 2l. P is a point collinear with the charges such that its distance from the positive charge is half of its distance from the negative charge. Calculate electric intensity at P.

For a short magnetic dipole, intensity at any point an axial line is same as intensity at same distance on equatorial line. Is it true?

An electric dipole is placed on x-axis in proximity to a line charge of linear charge density 3.0 xx 10^(-6) C/m. Line charge is placed on z-axis and positive and negative charge of dipole is at a distance of 10 mm and 12 mm from the origin respectively. If total force of 4 N is exerted on the dipole, find out the amount of positive or negative charge of the dipole.

Calculate the electric field due to a dipole on its axial line and equatorial plane.

Represent electric field lines around (i) a positive point charge (ii) a negative point charge and (iiii) an electric dipole.

If |vecE_1| and |vecE_2| are the electric field intensities at points r metre apart in axial and equatorial line from a dipole then