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Kirchhoff's Current Law - Electrical Engineering MCQs

Kirchhoff's Current Laws MCQs : Here you will find MCQ Questions related to "Kirchhoff's Current Law" in Electrical Engineering. These Kirchhoff's Current Law MCQ Questions Will help you to improve your Electrical Engineering knowledge and will prepare you for various Examinations like Competitive Exams, Placements, Interviews and other Entrance Exmaniations.

Question 1

Kirchhoff's circuit laws are two equalities that deal with the?

A. Current
B. Potential difference
C. Both A and B
D. None of the above

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Question 2

Kirchhoffs circuit laws were first described in ?

A. 1845
B. 1849
C. 1851
D. 1837

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Question 3

This law is also called?

A. Kirchhoffs first law
B. Kirchhoffs point rule
C. Kirchhoff junction rule
D. All of the above

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Question 4

The algebraic sum of currents in a network of conductors meeting at a point is zero.

C. Can be true or false
D. Can not say

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Question 5

The current law is applicable to any lumped network irrespective of the nature of the network; whether unilateral or bilateral, active or passive, linear or non-linear.

C. applicable only to unilateral or bilateral
D. applicable only to linear or non-linear

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Question 6

KCL is based on the fact that?

A. There is a possibility for a node to store energy.
B. There cannot be an accumulation of charge at a node.
C. Charge accumulation is possible at node
D. Charge accumulation may or may not be possible

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Question 7

All _____________ are loops but _______________ are not meshes

A. Loops, Meshes
B. Meshes, loops
C. Branches, loops
D. Nodes, Branches

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Question 8

The basic laws for analyzing an electric circuit are

A. Einstein’s theory
B. Newtons laws
C. Kirchhoff’s laws
D. Faradays laws

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Question 9

A junction whell two (or) more than two network elements meet is known as a ______________

A. Mesh
B. Loop
C. Branch
D. Node

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Question 10

The law is based on the conservation of charge where the charge (measured in coulombs) is the product of the?

A. Current and Time
B. Current and Voltage
C. Current and Resistance
D. Voltage and time

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