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(A): Thevenin's theorem helps us to find current in a branch of a network for different values of impedances of thatbranch.

Reason (R): Thevenin's equivalent circuit replaces a network by a voltage source in series with impedance

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Assertion

(A): Thevenin's theorem helps us to find current i

(A): Thevenin's theorem helps us to find current i

Consider the following statements Tellegen's theorem is appl

Assertion

(A): Thevenin's theorem and Norton's theorem are d

(A): Thevenin's theorem and Norton's theorem are d

Thevenin's theorem is used to find current in a branch of a

Consider the following statements : Tellegen's theorem is ap

Theorem which states that for a linear system response (volt

What theorem replaces a complex network with an equivalent c

Assertion

(A): Millman's theorem helps in replacing a number

(A): Millman's theorem helps in replacing a number

The Thevenin's equivalent of network in figure

(1) is a 10 V

(1) is a 10 V

Assertion

(A): A branch with no current through it can be re

(A): A branch with no current through it can be re