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# Understanding the Dimensional Formula of Electric Potential

## What is Electric Potential?

Electric potential is the potential energy per unit charge of a charged particle or system of charged particles. It is an important concept in physics and is the basis of many theories, such as those of electrostatics, magnetism, and electricity. It is a measure of the potential energy stored in a given system and is related to the potential difference between two points.

## What is the Dimensional Formula of Electric Potential?

The dimensional formula of electric potential is given as [M L2 T-2 A-1] where M stands for mass, L stands for length, T stands for time and A stands for electric current. This formula can be used to calculate the electric potential of a given system by applying the relevant equations.

## How to Calculate Electric Potential?

To calculate the electric potential of a system, the following formula can be used: V = P/Q, where V is the electric potential, P is the potential difference between two points, and Q is the charge. This formula can be used to calculate the potential difference between two points, as well as the potential difference between two charged particles.

## What are the Applications of Electric Potential?

Electric potential has many applications in physics and engineering. It is used to calculate the potential difference between two points or the potential difference between two charged particles. It is used to explain the behavior of electric and magnetic fields and to calculate the force between two charged particles. Electric potential can also be used to calculate the energy stored in a capacitor or a battery.

## Conclusion

Electric potential is an important concept in physics and is the basis of many theories, such as those of electrostatics, magnetism, and electricity. The dimensional formula of electric potential is given as [M L2 T-2 A-1] and it can be used to calculate the electric potential of a given system. Electric potential has many applications in physics and engineering and can be used to calculate the potential difference between two points or the potential difference between two charged particles.