Two small identical conducting balls A and B of charges `+10 mu C` and `+30 mu C` respectively, are kept at a sepration of 50 cm. these balls have beeen connected by a wire for a short time
The final charge on each of the balls A and B will be

Two small identical conducting balls A and B of charges +10 mu C and +30 mu C respectively, are kept at a separation of 50 cm. these balls have been connected by a wire for a short time The final charge on each of the balls A and B and force of interaction will be

Two identical conducting balls A and B have charges- Q and + 3Q respectively. They are brought in contact with each other and then separated by a distance d part. Find the nature of the Coulomb force between them.

Two identical conducting balls A and B have charges- Q and + 3Q respectively. They are brought in contact with each other and then separated by a distance d part. Find the nature of the Coulomb force between them.

Glass ball is rubbed with ebonite ball and kept at a separation of 1 cm. If the force of attraction between them is 10 N, find charge on each ball.

Two identical spheres carrying charges -9 mu C and 5 mu C respectively are kept in contact and then separated from each other. Point out true statement from the following. In each sphere

Two identical small conducting balls have positive charges q_1 and q_2 respectively. The force between the balls when they are placed at a separation is F. The balls are brought together so that they touch and then put back in their original positions. Prove that the force between the balls now, cannot be less than F.

Two identical small conducting balls have positive charges q_1 and q_2 respectively. The force between the balls when they are placed at a separation is F. The balls are brought together so that they touch and then put back in their original positions. Prove that the force between the balls now, cannot be less than F.