#1
October 23rd, 2017, 08:13 AM
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Solapur University MSC Electronics
I am pursuing 1st Semester Course of MSC Electronics Course of Solapur University. The University has released time table of this year examinations. So will you provide last year question papers of 1st Semester of MSC Electronics Course of Solapur University?
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#2
October 23rd, 2017, 08:42 AM
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Re: Solapur University MSC Electronics
As you want question papers of 1st Semester of MSC Electronics Course of Solapur University, so here I am providing question papers: Solapur University MSC Electronics 1st Semester Question Paper Paper – I : Numerical Methods 1. A) Choose correct answer. 8 1) Absolute error is given by e = ______. Where, Va - theoretical Vo = Observer value a) Va-Vo b) va/vo c) Vo/va d) All of these 2) Newtons-Cotes integration formula for three points reduce to _________ a) Simpson 1/3 rule b) Trapezoidal rule c) Simpson 3/8 rule d) All of these 3) For set of points of equal interval ________ method of interpolation is suitable a) Cubic splines b) Newton’s forward difference c) Lagrangian d) All of these 4) For RK-4 order method Taylors Series can be truncated from _______ a) Oh5 b) Oh2 c) Oh4 d) All of these 5) Laplace Transform of f(t) = tn is given by F(s) = a) 1/S b) (n!)/(S) c) (n!)/Sn d) (n!)/(Sn+1) 6) Interpolation of set of four points results into the polynomial of the order _____ a) One b) Two c) Zero d) Three 7) For Newtons forward difference 0 2Δ Y = _________ a) E2 b) (E – 1)2 c) (E+1)2 d) All of these 8) The least squares method of curve fitting is developed by considering ______ a) Minimization of data points b) Minimization of error c) Maximization of data points d) Maximization of errors B) State True or False. 6 1) In Guass-Jordon elimination method, the coefficient matrix must be reduced to L matrix. 2) Absolute error is the difference between observed value and theoretical value. 3) Laplace transformation of e 1/(s ) t = + α α . 4) Lagrangian Interpolation formula gives second order polynomial. 5) RK-III order method of solution of ODE has 2 constants. 6) Laplace Transformation converts frequency domain function into time domain. Solapur University MSC Electronics 1st Semester Question Paper |
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