Explain why a charged body loses its charge if we touch it with our hand?

Question: Explain why a charged body loses its charge if we touch it with our hand?

In this blog post, we will explain why a charged body loses its charge if we touch it with our hand. This is a common phenomenon that you may have observed in your daily life, such as when you rub a balloon on your hair and then touch it with your hand.

The reason behind this is that when two objects are rubbed together, they exchange electrons and become electrically charged. One object becomes positively charged by losing electrons, and the other object becomes negatively charged by gaining electrons. This is called static electricity.

When a charged object is touched by a conductor, such as our hand, the excess electrons on the object can flow through the conductor and reach the ground. This is called grounding. Grounding reduces the charge on the object and makes it neutral. The more conductive the material, the faster the charge will be lost.

Therefore, when we touch a charged body with our hand, we provide a path for the electrons to escape and reach the ground. This lowers the charge on the body and eventually makes it neutral.

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