1. Charge Transfer:
* Electrons flow from the object with excess electrons (negative charge) to the object with a deficiency of electrons (positive charge). This flow continues until both objects reach a state of equal electrical potential.
2. Neutralization:
* The object that was initially negatively charged loses some of its excess electrons, becoming less negative.
* The object that was initially positively charged gains electrons, becoming less positive.
* Eventually, both objects will have a more neutral charge.
3. Example:
* Imagine a negatively charged balloon and a positively charged piece of cloth. When they touch, electrons will flow from the balloon to the cloth. The balloon will become less negative, and the cloth will become less positive. They will both approach a neutral charge.
4. Note:
* The amount of charge transferred depends on the initial difference in charge and the capacitance of the objects.
* This phenomenon is the basis of electrostatic discharge, where a sudden transfer of charge can create a spark or shock.
In summary, when two objects with dissimilar electrical charges touch, electrons flow from the negatively charged object to the positively charged object, resulting in a neutralization of their charges.
