What is the direction of the cut-set?(a) same as the direction of the branch current(b) opposite to the direction of the link current(c) same as the direction of the link current(d) opposite to the direction of the branch currentI had been asked this question in final exam.This interesting question is from Cut-Set and Tree Branch Voltages in division Methods of Analyzing Circuits of Network Theory

What is the direction of the cut-set?(a) same as the direction of the

1.	What is the direction of the cut-set?(a) same as the direction of the branch current(b) opposite to the direction of the link current(c) same as the direction of the link current(d) opposite to the direction of the branch currentI had been asked this question in final exam.This interesting question is from Cut-Set and Tree Branch Voltages in division Methods of Analyzing Circuits of Network Theory
Answer» The CORRECT option is (a) same as the direction of the branch current Explanation: A cut-SET is a minimal set of branches of a connected graph such that the removal of these branches causes the graph to be cut into EXACTLY TWO parts. The direction of the cut-set is same as the direction of the branch current.

Discussion

No Comment Found

Related InterviewSolutions

Find the value of the current (A) in the equivalent current source of the voltage source shown below.(a) 1(b) 2(c) 3(d) 4The question was posed to me by my school principal while I was bunking the class.My question is taken from Supernode Analysis topic in chapter Methods of Analyzing Circuits of Network Theory
Find the value of the voltage (V) in the equivalent voltage source of the current source shown below.(a) 20(b) 25(c) 30(d) 35I have been asked this question in an international level competition.The origin of the question is Supernode Analysis in portion Methods of Analyzing Circuits of Network Theory
Find the power absorbed by 5Ω resistor in the following figure.(a) 60(b) 65.5(c) 70.6(d) 75I had been asked this question in an online interview.I need to ask this question from Supernode Analysis topic in division Methods of Analyzing Circuits of Network Theory
Consider the figure shown below. Find the voltage (V) at node 2.(a) 11.5(b) 12(c) 12.5(d) 13This question was addressed to me in an online quiz.I would like to ask this question from Supernode Analysis in division Methods of Analyzing Circuits of Network Theory
Find the voltage (V) at node 3 in the figure shown below.(a) 18(b) 20(c) 22(d) 24The question was posed to me at a job interview.Question is taken from Supernode Analysis in division Methods of Analyzing Circuits of Network Theory
Find the voltage (V) at node 1 in the circuit shown below.(a) 18(b) 19(c) 20(d) 21I have been asked this question during an online exam.This interesting question is from Supernode Analysis topic in division Methods of Analyzing Circuits of Network Theory
Consider the figure shown below. Find the power (W) delivered by the source 6A.(a) 20.3(b) 21.3(c) 22.3(d) 24.3I have been asked this question during an interview.Query is from Supernode Analysis in section Methods of Analyzing Circuits of Network Theory
Consider the figure shown below. Find the voltage (V) at node 3.(a) 4.5(b) 5.5(c) 6.5(d) 7.5I had been asked this question in semester exam.This interesting question is from Supernode Analysis in portion Methods of Analyzing Circuits of Network Theory
Consider the figure shown below. Find the voltage (V) at node 2.(a) 3(b) 4(c) 5(d) 6I got this question in unit test.My question is from Supernode Analysis topic in division Methods of Analyzing Circuits of Network Theory
Consider the figure shown below. Find the voltage (V) at node 1.(a) 13(b) 14(c) 15(d) 16I had been asked this question by my college professor while I was bunking the class.This interesting question is from Supernode Analysis topic in division Methods of Analyzing Circuits of Network Theory

Discussion

No Comment Found

Related InterviewSolutions

Reply to Comment