Two small balls, each having equal positive charge `Q` are suspended by two insulationg strings of equal length `l` from a hook fixed to a stand. It mass of each ball `=m` and total angle between the two strings is `60^(@)`m, then find the charge on each ball.

Two small balls having equal positive charge Q (coulomb) on each are suspended by two insulated string of equal length L meter, from a hook fixed to a stand. The whole gravity (state of weightlessness). Then the angle between the string and tension in the string is

Two small balls having equal positive charge Q,C each are supended by two insulating strings of equal length L meter form a hook fixed to a stand . The whole set up is taken to a satellite in space where there is no gravity.Calculate the angle between the two strings and the tension in each string.

Two small balls having equal positive charge Q C on each are suspended by two insulating strings of equal length L metre, from a hook fixed to a stand. The whole setup is taken into space where there is no gravity (state of weightlessness). Then the angle theta between the two strings is

Two small balls having equal positive charge Q C on each are suspended by two insulating strings of equal length L metre, from a hook fixed to a stand. The whole setup is taken into space where there is no gravity (state of weightlessness). Then the angle theta between the two strings is

Two equal balls having equal positive charges q coulombs are suspended by two insulating strings of equal length . What would be the effect on the force when a plastic sheet is inserted beteween the two?

Two small balls having equal positive charges Q coulomb on each are suspended by two insulating strings of equal length L metre from a hook fixed to a stand. This whole setup is taken in a satellite into space, where there is no gravity (state of weightlessness). What is the angle between the strings? Find out the tension in each string.

Two small balls having equal positive charge Q (coulumb) on each suspended by two insulating strings of equal length L (metre) from a hook fixed to a stand. The whole set-up is taken in a satellite into space where there is no gravity (state of weightlessness). Then tension (newtons) in each string is: