When two isolated conductors A and B are connected by a conducting wire positive charge will flow from .

When two charged conductors are connected by a conducting wire, then charge will not flow if the conductors are of

Two insulated conductors A and B are connected by a metallic wire. A positively charged rod is kept near A (on the other side of B). What will be the potential difference between A and B?

Two small conductors A and B are given charges q_(1) and q_(2) respectively. Now they are placed inside a hollow metallic conductor C carrying a charge Q. If all the three conductors A, B and C are connected by a conducting wire as shown, the charges on A,B and C will be respectively :

Two small conductors A and B are given charges q_(1) and q_(2) respectively. Now they are placed inside a hollow metallic conductor C carrying a charge Q. If all the three conductors A, B and C are connected by a conducting wire as shown, the charges on A,B and C will be respectively :

When two charged conductors are joined by a thin conducting wire, charge flows from one to the orhter, until

When two charged bodies at different potentials are connected by a conducting wire, then the charge flows from one body to another body

Two hollow conductors are charged positively. The potential of the smaller conductor is 50V and that of the larger conductor is 100V. How are these two conductors to be placed so that when connected by a wire, charges will flow from the smaller conductor to the larger one?

When two spheres carrying same charge but a different radii are connected by a conducting wire, the charge flows from smaller sphere to large sphere. Smaller sphere is at high potential when equal charges are imparted to both the spheres.

A small sphere of radius a carrying a positive charge q, is placed concentrically inside a larger hollowconducting sheli of radius b (bgt a). This outer shell has charge Q on it. Show that if these spheres are connected by a conducting wire, charge will always flow from the inner sphere to the outer sphuisirrespective of the magnitude of the two charges.