Physics, asked by vinayrockzz1805, 9 months ago

The centripetal force required for revolution of electron in an orbit is provided by __________ between the electron and the nucleus.

Answers

Answered by bunglakaran

Answer:

neutral is the correct answer

Answered by dakshpayak2782004

Answer:

electrostatic force of attraction

Explanation:

electrostatic force of attraction

First Postulate

Negatively charged electron revolves about the nucleus in a circular orbit, the centripetal force required for revolution is provided by the electrostatic force of attraction between the nucleus and electrons.

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