Question

prove that electrostatic force is conservative force

Answer 1

Answer:

To prove that electrostatic forces are conservative in nature, we show that work done in moving a unit positive test charge over a closed path in an electric field is zero. We know that along any path L work done in carrying unit positive charge from A to B.

Explanation:

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Answer 2

Answer:

work done in moving a unit positive charge in a closed loop of an electric field is zero. So,electrostatic force is a conservative force.

Explanation:

Conservative force:

Conservative force, as the term implies, conserves energy. It adheres to the rule of energy conservation. Many known natural forces, such as the magnetic force, electrostatic force, gravitational force, and so on, are instances of conservative forces.

The electrostatic force's work is independent of the path it takes and only relies on the initial and final positions.

The electrostatic energy is a weak force. This means that the work it does on a particle is determined solely by its starting and final positions, rather than by the route it takes. A potential energy can be associated with each conservative factor.

Hence, work done in moving a unit positive charge in a closed loop of an electric field is zero. So, electrostatic force is a conservative force.

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