b) Consider a feedback system with the closed loop transfer function 10s + 5 G(S) = $5 + 4s4 +853 +852 + 7s + 4 Is this
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b) Consider a feedback system with the closed loop transfer function 10s + 5 G(S) = $5 + 4s4 +853 +852 + 7s + 4 Is this
b) Consider a feedback system with the closed loop transfer function 10s + 5 G(S) = $5 + 4s4 +853 +852 + 7s + 4 Is this system stable? Use the Routh-Hurwitz criterion to justify your answer. c) Find the transfer function Y(s) for the systems shown in Figure Q2a and Figure Q2b where R(S) s; G(S) = ; G2(9) = siz: G3(-) = 34+1 2 1° G(s) R(5) Y(5) R(s) G(S) G;(s) G,(s) G(s) Figure Q2a Figure Q2b
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