Two identical balls each have a mass of `10 g`. What charges should these balls be given so that their interaction equalizes the force of universal gravitaion acting between them? The radii of the balls may be ignored in comparison to distance between them.

Two identical balls each have a mass of 10 g. What charges should these balls be given so that their interaction eq3ualizes the force of universal gravitation acting between them? The radii of the balls may be ignored in comparison to distance between them.

Two balls, each of radius R, equal mass and density are placed in contact, then the force of gravitation between them is proportional to

Two balls, each of radius R, equal mass and density are placed in contact, then the force of gravitation between them is proportional to

Two balls, each of radius R, equal mass and density are placed in contact, then the force of gravitation between them is proportional to

Two equal charges are placed at a separtion of 1.0 m. What should be the magnitude of the charges so that the force between them equals of a 50 kg person?

Two equal charges are placed at a separtion of 1.0 m. What should be the magnitude of the charges so that the force between them equals of a 50 kg person?

Two equal charges are placed at a separtion of 1.0 m. What should be the magnitude of the charges so that the force between them equals of a 50 kg person?

Two identical small equally charged conducting balls are suspended from long threads secured at one point. The charges and masses of the balls are such that they are in equilibirum whaen th distance between them is a(the length of thread Lgtgta ). Then one of the balls is discharged. what will be the distance b(bltltL) between the balls when equilibrium is restored?

Two identical small equally charged conducting balls are suspended from long threads secured at one point. The charges and masses of the balls are such that they are in equilibrium when the distance between them is a(the length of thread Lgtgta ). Then one of the balls is discharged. what will be the distance b(bltltL) between the balls when equilibrium is restored?

Two small identical balls, each of mass 0.20 g, carry identical charges and are suspended by two threads of equal lengths. The balls position themselves at equilibirum such that the angle between the threads is 60^(@) . If the distance between the balls is 0.5 m, find the charge on each ball.