The value of the voltage V after taking the partial fractions in the equation V/(2s+15)+(V-[(100/s)+30])/(3s+10)=0 is?

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The value of the voltage V after taking the partial fractions in the equation V/(2s+15)+(V-[(100/s)+30])/(3s+10)=0 is?

asked Oct 16, 2021 in Education by JackTerrance

The value of the voltage V after taking the partial fractions in the equation V/(2s+15)+(V-[(100/s)+30])/(3s+10)=0 is? (a) 12 + 60/s + 10/(s+5) (b) 12 – 60/s + 10/(s+5) (c) 12 – 60/s – 10/(s+5) (d) 12 + 60/s – 10/(s+5) I had been asked this question during an interview. I would like to ask this question from The Impulse Function in Circuit Analysis topic in division Application of the Laplace Transform in Circuit Analysis of Network Theory Select the correct answer from above options network theory questions and answers, network theory questions pdf, network theory question bank, network theory gate questions and answers pdf, mcq on network theory pdf, gate network theory questions and solutions, network theory mcq Test , ies network theory questions, Network theory Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)

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JackTerrance · Answer 1 · 2021-10-16T04:11:48+0000

Right answer is (a) 12 + 60/s + 10/(s+5) The best explanation: By taking the partial fractions we get V = 60/s-20/(s+5)+12+30/(s+5) and on solving the equation we get V = 12+60/s+10/(s+5).