For the transfer function computed in (1), perform the following tasks Find the poles and zeros...

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For the transfer function computed in (1), perform the following tasks Find the poles and zeros of the system G (s). a. b. Find the response of the system if VB = 120 × u(t), where u(t) is the unit step function (Solve by hand, MATLAB solution is not acceptable in this case). i. Find the value of the response in part (b) using the final value theorem. ii. Verify the solution of part (b) using MATLAB-plot c(t) computed in part (b) against the response computed using MATLAB (Isim. m). Plot v(t), i(t), Find (t) and eind (t) with time. C. For the transfer function computed in (1), perform the following tasks Find the poles and zeros of the system G (s). a. b. Find the response of the system if VB = 120 × u(t), where u(t) is the unit step function (Solve by hand, MATLAB solution is not acceptable in this case). i. Find the value of the response in part (b) using the final value theorem. ii. Verify the solution of part (b) using MATLAB-plot c(t) computed in part (b) against the response computed using MATLAB (Isim. m). Plot v(t), i(t), Find (t) and eind (t) with time. C.

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Thank you for providing the transfer function equation With the given transfer function Gs s 2 s2 3s 2 we can now proceed with the tasks a Finding the poles and zeros of the system Gs To find the pole... View the full answer