Physics, asked by prabhatsaurabh94, 1 month ago

show that line integral of electric field between two point in electrostatic field and potential difference between two points.. prove

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Answered by mayankdaiya23

Answer:

Yes, if it’s actually an electrostatic field produced purely by static (immobile) charges per Gauss's law. If it’s a more general electric field with a component due to a changing magnetic field via Faraday's law of induction, then not so much.

Explanation:

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show that line integral of electric field between two point in electrostatic field and potential difference between two points.. prove​

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show that line integral of electric field between two point in electrostatic field and potential difference between two points.. prove