[" Example "15" Draw "E*" and "V" .Faraphs due to two point charges to all "],[" kept at some distance along the line joining these two charges."]

Draw E-r and V-r graphs due to two point charges + q and -2q kept at some along the line joining these two charges.

Draw E-r and V-r graphs due to two point charges + q and -2q kept at some along the line joining these two charges.

Draw E-r and V-r graphs due to two charged spherical shells as shown in figure (along the line between C and prop )

Draw E-r and V-r graphs due to two charged spherical shells as shown in figure (along the line between C and prop )

Two charges +q and-q are kept apart, Then at any point on the right bisector of line joining the two charges

Two point charges +9e and +e are kept at a distance 'a' from each other. A third charge is placed at a distance 'x' from +9e on the line joining the above two charges. For the third charge to be in equilibrium 'x' is

Two charges each having magnitude q and same polarity are fixed some distance apart.A point charge Q is kept on exactly middle of the line joining the two charges.Then equilibrium of Q is

Two charge +q and -q are kept apart.then at any point on the right beisector of line joining the two charges

When a metal plate is introduced between two charges kept at some distance from each other , electrostatice force between the two charges will