Physics, asked by sukhbirgill174, 7 months ago

As per Kirchhoff’s II law, the algebraic sum of emfs is equal to algebraic sum of product of _______________.

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Answered by kaswathyprakash

Answer:

Kirchhoff's voltage law states that the algebraic sum of the product of resistance and current in each part of any closed circuit is equal to the algebraic sum of the emf's in that closed circuit.

Explanation:

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As per Kirchhoff’s II law, the algebraic sum of emfs is equal to algebraic sum of product of _______________.​

Answers

As per Kirchhoff’s II law, the algebraic sum of emfs is equal to algebraic sum of product of _______________.