how does the potential of the conductor decreases when it is charged by a charged body
When a conductor is charged, the excess charge redistributes itself on the surface of the conductor. This rearrangement of charge causes the potential of the conductor to decrease.
The potential of a conductor is directly proportional to the amount of charge it holds. This means that as the charge on the conductor increases, the potential decreases.
No, the shape of the conductor does not affect its potential when charged. As long as the conductor is a perfect conductor, the potential will be the same regardless of its shape.
The potential of a conductor decreases as the distance from the charged object increases. This is because the electric field strength decreases with distance, causing the potential to decrease as well.
When a conductor is charged, the excess charge on its surface creates an electric field that repels any additional charges from entering the conductor. This repulsion causes the potential of the conductor to decrease.