Two like charges of magnitude `1xx10^(-9) ` coulomb and `9xx10^(-9)` coulomb are separated by a distance of 1 meter. The point on the line joining the charges , where the force experienced by a charge placed at that point is zero , is

Two charges of 1.0xx10^(-6) coulomb are separated by a distance 10 cm . Where will the electric field be zero on the line joining the two charges ?

Two charges 4 xx 10^(-9)C and -16 xx 10^(-9)C are separated by a distance 20cm in air. The position of the neutral point from the small charge is

Two charges 4 xx 10^(-9) and - 16 xx 10^(-9) C are separated by a distance 20 cm in air. The position of theh neutral point from the small charge is

Two charges 4 xx 10^(-9) and - 16 xx 10^(-9) C are separated by a distance 20 cm in air. The position of theh neutral point from the small charge is

Two point charges of +5xx10^-19C and +20 xx 10^-19 C are separated by a distance 2m. Find the point on the line joining them at which electric field intensity is zero.

Two point charges 20xx10^(-6)C and -4xx10^(-6)C are separated by a distance of 50cm in air, Find (i) the point on line joining the charges, where the electrostatic potential is zero (ii) Also, Calculate the electrostatic potential energy of the system.

The charges of an electric dipole are respectively 32xx10^(-7) coulomb and -32xx10^(-7) coulomb are separated by a distance of 10 cm . Find the field at a point situated at a distance of 8 cm from each charge.