Use MATLAB for following tasks: a) Given image of the solution Y(s) = B(s) b_s+b_s+b_s+bo A(s)...

 

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Use MATLAB for following tasks: a) Given image of the solution Y(s) = B(s) b_s®+b_s+b_s+bo A(s) a4s+azs²+₂5² +a₁s+ão² find original y(t) via inverse Laplace transform using partial fraction expansion. Chose coefficients a; and b; values from Table 1. Plot the solution y(t) over chosen time interval. b) Consider a system represented by the differential equation md²y(t) = + b + ky(t) = Fr(t), where the dy(t) dt dy dt initial conditions are y(0) = yo, yo and r(t) = 1, when t≥ 0. Find y(t) using Laplace transform and partial fraction expansion. Choose values m, b, k, and F from Table 1. Plot the solution y(t) of differential equation over chosen time interval. Table 1 2 04 2 03 M 12 az 10 a1 58 8 do 798 b3 5 b₂ 10 b₁ 51 bo m 8 81 b k 2 0.70 44 F 380 Yo 2 Yo 2 Use MATLAB for following tasks: a) Given image of the solution Y(s) = B(s) b_s®+b_s+b_s+bo A(s) a4s+azs²+₂5² +a₁s+ão² find original y(t) via inverse Laplace transform using partial fraction expansion. Chose coefficients a; and b; values from Table 1. Plot the solution y(t) over chosen time interval. b) Consider a system represented by the differential equation md²y(t) = + b + ky(t) = Fr(t), where the dy(t) dt dy dt initial conditions are y(0) = yo, yo and r(t) = 1, when t≥ 0. Find y(t) using Laplace transform and partial fraction expansion. Choose values m, b, k, and F from Table 1. Plot the solution y(t) of differential equation over chosen time interval. Table 1 2 04 2 03 M 12 az 10 a1 58 8 do 798 b3 5 b₂ 10 b₁ 51 bo m 8 81 b k 2 0.70 44 F 380 Yo 2 Yo 2

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a To find the inverse Laplace transform of the given expression we need to perform partial fraction ... View the full answer