[" two धन-आवेश That mutual "0.1" Meters are एर्क-दूसरे To "18" Repulsed by Newton's force. If "],[" Sum of both charges "9" Microcellom ( "mu C)" हो,तो Their अलग-अलग The value is known. "]

Two positive charges which are 0.1m apart repel each other with a force of 18N. If the sum of the charges be 9 muC , calculate their separate values.

Two charges 9 mu C and 1mu C are placed at a distance of 30cm. The position of third charge from 9 mu C between them so that it does not experience any force.

A total of 9 mu C charge in distributed between two point objects. When there objects are placed at a distance of 0.1 m, they apply 18 N of force of repulsion on each other. What is the ratio of magnitude of charges on both the point object?

Two charges + 1mu C and +5 mu C are placed 0.1 cm aprt . What is the ratio of the Coulomb force acting on each of the two charges?

Two charges + 2 mu C and + 4 mu C are placed 0.1 cm apart. What is the ratio of the coulomb force acting on each of the two charges.

Two charges of 1.0 C each are placed one meter apart in free space.The force between them will be.

Two electric charges of 9mu C and -3mu C are placed 0.16m apart in air. There are two points A and B on the line joining the two charges at distance of (1) 0.04m from -3muC and in between the charges and (ii) 0.08 m from -3mu C and out side the two charges. The potentials at A and B are

Two spheres carrying charges + 6 mu C and 9 mu C , seperated by a distance d , experience a force of repulsion F . When a charge of - 3 mu C is given to both the sphere and kept at the same distance as before , the new force of repulsion is