Consider the system transfer function given below:1G₁(s) =2+-83s3sConstruct a complete Model to perform the above transfer function with coefficientnumerator coefficients and denumerator coefficients.11<-+21113121

Refer to the transfer function from the question.G1(s)To find: Construct a complete model to…

Answered: Consider the system transfer function…

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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use as n=0.75
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You are given 6 data points (xi; yi) below, where i = 1,..., 6 that are observed from a model: y = a3x3 + a2x2 + a1x + a0 + n, where n is a zero-mean Gaussian noise. Estimate the coefficients: a0,...,a3 by setting up a linear system of equations, and solving it using least squares. (x1,y1) = (-3, -171.17478734011377) (x2, y2) = (-1.5, -26.283603386675573) (x3, y3) = (0, 10.342025892375206) (x4, y4) = (2, 34.71284310507833 (x5, y5) = (5.5, 733.5702844691194) (x6, y6) = (7, 1546.4530015969324)
Sales are the function of advertising in The Dawn and Diva Magazine (X, Y). S = XY2 If the price of advertising in The Dawn and Diva Magazine is Rs.5 and Rs.10 respectively. The total budget for advertising is Rs.105. For maximizing the sales of Dawn and Diva Magazine find out the best combination of advertisement in newspapers and magazines by using Lagrangian multiplier.
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Q9: Using Matrix - Inverse method to find the stream flow rates (F₁, F₂, F3) by material balance as, 0.52 F₂ +0.3 F₁+F3 + 0.01 = 0 0.5 F₁+F2 +1.9 F3 = 0.67 0.44 +0.3 F₂+0.5 F3 = -0.1 F₁
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(B. Janssen, KTH, 2014) Consider the linear system 0.550x+0.423y = 0.127 0.484x + 0.372y = 0.112 Suppose we are given two possible solutions, u = [_11] and v- -1.91. 1.01 0.9 a. Decide based on the residuals b - Au and b - Av which of the two possible solutions is the 'better' solution. b. Calculate the exact solution x. c. Compute the errors to the exact solution. That is, compute the infinity norms of u-x and v-x. Do the results change your answer to 7a?
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the student number is 14096895 And a=4,b=2

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Consider the system transfer function given below: G₁(s) = 2 1 1 1 1 8 3s 3 1 3s Construct a complete Model to perform the above transfer function with coefficient numerator coefficients and denumerator coefficients.