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Mathematically, Kirchhoff’s Voltage law can be _____________

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Mathematically, Kirchhoff’s Voltage law can be _____________

(a) ∑_(k=0)^n(V) = 0

(b) V2∑_(k=0)^n(V) = 0

(c) V∑_(k=0)^n(V) = 0

(d) None of the mentioned

This question was addressed to me in semester exam.

My doubt stems from Kirchhoff’s Voltage Law topic in portion Circuit Elements and Kirchhoff’s Laws of Network Theory

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The correct option is (a) ∑_(k=0)^n(V) = 0

To explain: According to KVL, the sum of all voltages of branches in a closed loop is zero.

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