Two identical metallic spheres of exactly equal masses are taken. One is given a poistive charge Q coulombs and the other an equal negative charge. Their masses after charging are different.

Two identical metallic spheres of exactly equal asses are taken. One is given a positive charge Q coulomb and the other an equal negative • charge. Their masses after charging are different.

(a) Can two bodies having like charge attract each other (yes/No) (b) Can a charged body attract an unchanged body? (yes/No) (c ) Two identical metallic spheres of exactly equal masses are taken, one is given a positive charge q and the other an equal negative charge. Their masses after charging are different. Co,,ent on the statement.

(a) Can two bodies having like charge attract each other (yes/No) (b) Can a charged body attract an unchanged body? (yes/No) (c ) Two identical metallic spheres of exactly equal masses are taken, one is given a positive charge q and the other an equal negative charge. Their masses after charging are different. Co,,ent on the statement.

Two metallic spheres of exactly equal masses are taken. One is giv en a positive charge q Coulomb and the other an equal negative charge by friction. Are their masses after charging equal?

Two identical metallic spheres A and B of exactly equal masses m are taken. A is given a +ve charge of q coulomb and B is given an equal negative charge. If m_A and m_B are the mass of A and B after charging then

Two identical metallic spheres A and B of exactly equal masses are given equal positive and negative charges respectively. Then

Two identical metallic spheres of the same mass are taken. Positive Q C charge is developed on one and an equal amount of negative charge is developed on the other. After charging