What happens:

1. Charged Object: You start with a charged object, let's say it's positively charged. This means it has an excess of protons compared to electrons.

2. Electric Field: The charged object creates an electric field around it. This field exerts a force on other charges.

3. Neutral Object: A neutral object, by definition, has an equal number of protons and electrons, so it doesn't have an overall charge. However, its electrons are not fixed in place. They can move within the object.

4. Electron Movement: When the charged object's electric field interacts with the neutral object, it causes the electrons within the neutral object to shift. If the charged object is positive, the electrons in the neutral object are attracted towards the charged object. This creates a separation of charge within the neutral object.

5. Induced Polarization: The neutral object now has a slight positive charge on the side facing the charged object (due to the lack of electrons) and a slight negative charge on the opposite side (due to the accumulation of electrons). It's essentially a temporary dipole.

Key Points:

* No Transfer of Charge: Important to note that no electrons actually move *permanently* from the charged object to the neutral object. The electrons in the neutral object simply redistribute.

* Temporary Effect: Electrostatic induction is a temporary phenomenon. The induced charges disappear when the charged object is removed.

* Attraction: The induced charges in the neutral object will always be attracted to the charged object, leading to an overall attraction between the two objects.

Examples:

* A balloon rubbed on your hair becomes charged (usually negatively). If you then bring this balloon near a neutral wall, the wall's electrons will be repelled, creating a positive side facing the balloon, resulting in attraction.

* A charged rod held near a metal sphere will cause the electrons in the sphere to redistribute, resulting in an induced charge.

Let me know if you have any other questions!