A positively charged insulator is brought near(but does not touch) two metallic sphere that are in contact. The metallic spheres are then separated. The sphere which was initially farthest from the insulator will have:

A hollow metallic sphere is charged. Insider the sphere

A positive point charge q is brought near a neutral metal sphere.

A positive point charge q is brought near a neutral metal sphere.

When a positively charged sphere is brought near a metallic sphere, it is observed that a force of attraction exists between the two. It means that

When a positively charged sphere is brought near a metallic sphere, it is observed that a force of attraction exists between the two. It means that

When apositively charged sphere is brought near a metallic sphere, it is observed that a force of attraction exists between the two. If means:

A metallic sphere having no net charge is placed near a finite metal plate carrying a positive charge. The electric force on the sphere will be

How can you charge a metal sphere positively?

A metal sphere is suspended from a nylon thread. Initially, the metal sphere is uncharged. When a positively charged glass rod is brought close to the metal sphere, the sphere is drawn towards the rod. But if the sphere touches the rod, it suddenly flies away from the rod. Explain, why the sphere is first attracted then repelled?

A metal sphere is suspended from a nylon thread. Initially, the metal sphere is uncharged. When a positively charged glass rod is brought close to the metal sphere, the sphere is drawn towards the rod. But if the sphere touches the rod, it suddenly flies away from the rod. Explain, why the sphere is first attracted then repelled?