Related InterviewSolutions

• The inverse transform of the function k/(s+a) is?(a) ke^-at u(t)(b) ke^at u(t)(c) ke^-at u(t-a)(d) ke^at u(t-a)I got this question in class test.This interesting question is from Inverse Transforms topic in division Intoduction to the Laplace Transform of Network Theory
• For the function F (s) = (s+5)/s(s^2+2s+5), after splitting this function into the partial fractions. What is the inverse transform of F (s) is?(a) 1+ 1/2 e^(-1+j2)t-1/2 e^(-1-j2)t(b) 1+ 1/2 e^(-1+j2)t+1/2 e^(-1-j2)t(c) 1- 1/2 e^(-1+j2)t-1/2 e^(-1-j2)t(d) 1- 1/2 e^(-1+j2)t+1/2 e^(-1-j2)tThe question was asked in an international level competition.Enquiry is from Inverse Transforms topic in section Intoduction to the Laplace Transform of Network Theory
• For the function F (s) = (s+5)/s(s^2+2s+5), after splitting this function into the partial fractions. What is the expression of F (s) after splitting into partial fractions is?(a) 1/s-1/2(s+1-j2) -1/2(s+1+j2)(b) 1/s+1/2(s+1-j2) -1/2(s+1+j2)(c) 1/s+1/2(s+1-j2) +1/2(s+1+j2)(d) 1/s-1/2(s+1-j2) +1/2(s+1+j2)The question was asked during an interview for a job.The question is from Inverse Transforms topic in chapter Intoduction to the Laplace Transform of Network Theory
• For the function F (s) = (s+5)/s(s^2+2s+5), after splitting this function into the partial fractions, determine the co-efficient of 1/(s+1-j2)?(a) -1/4(b) 1/4(c) -1/2(d) 1/2The question was posed to me in an internship interview.My query is from Inverse Transforms in section Intoduction to the Laplace Transform of Network Theory
• For the function F (s) = (s+5)/s(s^2+2s+5), after splitting this function into the partial fractions, the co-efficient of 1/(s+1-j2) is?(a) 1/2(b) -1/2(c) 1/4(d) -1/4I had been asked this question in a job interview.This key question is from Inverse Transforms in portion Intoduction to the Laplace Transform of Network Theory
• For the function F (s) = (s+5)/s(s^2+2s+5), after splitting this function into the partial fractions, 1/s co-efficient is?(a) 1(b) 2(c) 3(d) 4This question was addressed to me by my college director while I was bunking the class.I would like to ask this question from Inverse Transforms in portion Intoduction to the Laplace Transform of Network Theory
• For the function F (s) = (s^2+s+1)/s(s+5)(s+3), after splitting this function into partial fractions. Find the partial fraction expansion of the function.(a) 1/15s-2.1/(s+5)+1.17/(s+3)(b) 1/15s-2.1/(s+5)-1.17/(s+3)(c) 1/15s+2.1/(s+5)+1.17/(s+3)(d) 1/15s+2.1/(s+5)-1.17/(s+3)The question was posed to me in class test.I would like to ask this question from Inverse Transforms topic in section Intoduction to the Laplace Transform of Network Theory
• For the function F (s) = (s^2+s+1)/s(s+5)(s+3), after splitting this function into partial fractions, co-efficient of 1/(s+3) is?(a) -1.17(b) 1.17(c) -2.27(d) 2.27The question was posed to me at a job interview.This intriguing question comes from Inverse Transforms in portion Intoduction to the Laplace Transform of Network Theory
• For the function F (s) = (s^2+s+1)/s(s+5)(s+3), after splitting this function into partial fractions, the co-efficient of 1/(s+5) is?(a) 1.1(b) 2.1(c) 3.1(d) 4.1The question was posed to me in unit test.My doubt is from Inverse Transforms in section Intoduction to the Laplace Transform of Network Theory
• For the function F (s) = (s^2+s+1)/s(s+5)(s+3), after splitting this function into partial fractions, the co-efficient of the term 1/s is?(a) 1/5(b) 1/10(c) 1/15(d) 1/20This question was posed to me in an interview for internship.This intriguing question comes from Inverse Transforms topic in division Intoduction to the Laplace Transform of Network Theory