1. The Charged Object:

- A charged object creates an electric field around it. This field exerts forces on other charges.

2. The Neutral Object:

- A neutral object, while overall electrically neutral, contains both positive and negative charges. These charges are normally distributed evenly throughout the object.

3. The Electric Field's Influence:

- When the charged object's electric field interacts with the neutral object, it causes the charges within the neutral object to shift.

- If the charged object is positive, the negative charges in the neutral object will be attracted towards the charged object, while the positive charges will be repelled away.

- If the charged object is negative, the positive charges in the neutral object will be attracted, while the negative charges will be repelled.

4. Polarization:

- This separation of charges within the neutral object is called polarization. The neutral object now has a slightly positive side facing the charged object and a slightly negative side facing away from it.

5. No Net Movement of Electrons:

- While the charges within the neutral object shift, there's no net movement of electrons from the neutral object to the charged object. The neutral object remains electrically neutral.

Example:

Imagine a negatively charged balloon brought near a neutral wall. The positive charges in the wall will be attracted towards the balloon, while the negative charges will be repelled away. This results in a temporary polarization of the wall, with a slightly positive region facing the balloon.

Key Points:

- Electrostatic induction is a temporary phenomenon. The charges in the neutral object return to their original positions once the charged object is removed.

- This process is responsible for a variety of phenomena, including the attraction of uncharged objects to charged objects, the operation of electroscopes, and the behavior of insulators in electric fields.