Calculate Thevenin’s voltage for the network shown below where the voltage source is 4V.(a) 6V(b) 4.71V(c) 5V(d) 1VI had been asked this question during an online exam.I'm obligated to ask this question of Thevenin and Norton Equivalents,More on Deriving a Thevenin Equivalent topic in chapter Techniques of Circuit Analysis of Electric Circuits

Calculate Thevenin’s voltage for the network shown below where the v

1.	Calculate Thevenin’s voltage for the network shown below where the voltage source is 4V.(a) 6V(b) 4.71V(c) 5V(d) 1VI had been asked this question during an online exam.I'm obligated to ask this question of Thevenin and Norton Equivalents,More on Deriving a Thevenin Equivalent topic in chapter Techniques of Circuit Analysis of Electric Circuits
Answer» CORRECT answer is (C) 5V Best explanation: In the CIRCUIT given, thevenin’s voltage is NOTHING but the open circuit voltage which is Vx. Applying KVL, it is obtained.

Discussion

No Comment Found

Related InterviewSolutions

Superposition principle states that at a time __________ source(S) acts.(a) All the given sources(b) Only voltage sources(c) Only one source(d) Only current sourcesThe question was posed to me by my school principal while I was bunking the class.Question is taken from Maximum Power Transfer and Superposition topic in chapter Techniques of Circuit Analysis of Electric Circuits
Calculate the maximum power delivered to load in the network given.(a) 1.56W(b) 1.66W(c) 2.33W(d) 2.79WThe question was posed to me by my college director while I was bunking the class.The query is from Maximum Power Transfer and Superposition topic in section Techniques of Circuit Analysis of Electric Circuits
In AC networks, maximum power is delivered when__________(a) ZL*ZS*=0(b) ZL+ZS*=1(c) ZL=-ZS*(d) ZL=ZS*I have been asked this question in an international level competition.The doubt is from Maximum Power Transfer and Superposition topic in chapter Techniques of Circuit Analysis of Electric Circuits
Find the value of RL in given circuit.(a) 4Ω(b) 5Ω(c) 3Ω(d) 1.66ΩThis question was addressed to me in quiz.This is a very interesting question from Maximum Power Transfer and Superposition in portion Techniques of Circuit Analysis of Electric Circuits
Find the current in the 1Ω resistor of the given circuit.(a) 4A(b) 1.33A(c) 2A(d) 0.66AI had been asked this question in final exam.Origin of the question is Maximum Power Transfer and Superposition in portion Techniques of Circuit Analysis of Electric Circuits
If there are 5 sources in a network out of which 3 are dependent and 2 are independent. For superposition principle ___________ sources are considered.(a) 5(b) 3(c) 2(d) 0This question was addressed to me during an internship interview.This interesting question is from Maximum Power Transfer and Superposition in division Techniques of Circuit Analysis of Electric Circuits
Find the current in 5Ω resistor near 12V source using superposition principle in network given(a) 2.9A(b) -2.9A(c) 1A(d) -1AI got this question in a national level competition.The origin of the question is Maximum Power Transfer and Superposition in division Techniques of Circuit Analysis of Electric Circuits
Find the current in the 3Ω resistor of the given network using Superposition principle.(a) 2.5A(b) 3.125A(c) 6.525A(d) 5.625AI had been asked this question in homework.This is a very interesting question from Maximum Power Transfer and Superposition in division Techniques of Circuit Analysis of Electric Circuits
According to Superposition principle response in one element is the algebraic sum of responses by individual sources acting alone.(a) False(b) TrueThe question was posed to me during an internship interview.I would like to ask this question from Maximum Power Transfer and Superposition in section Techniques of Circuit Analysis of Electric Circuits
The Superposition principle is obeyed by ____________(a) Linear networks(b) Non-linear networks(c) Lateral networks(d) Trilateral networksI have been asked this question in quiz.This is a very interesting question from Maximum Power Transfer and Superposition in section Techniques of Circuit Analysis of Electric Circuits

Discussion

No Comment Found

Related InterviewSolutions

Reply to Comment