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How to solve this question? By using the signal flow graph and the Mason Rule, derive...

By using the signal flow graph and the Mason Rule, derive the system transfer C(s) function G(s)= R(S) [4 marks) Analyze the

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By using the signal flow graph and the Mason Rule, derive the system transfer C(s) function G(s)= R(S) [4 marks) Analyze the values of Ki and Ky to yield a peak time, Tp of 1.0 seconds and a settling time, T. of 2.0 seconds. [4 marks) (ii) S (BENE 3223) R(s) C(s) K 10 s(s+2) Kas Figure Q2(b)
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Solution 7 RS) ki 10 S(5+2) Yes KS ki S[s+2) lle R9 - kas There is only one forward path and have gain pi loki Sist 3) There& Masons Gain Rule & W (( RLG = Pk DK ki n = no of forward paths, Pc = forward path gain determinant Ak= is the o value forGiven Tp = 1 sec and To = 28ec t I sec and y = 2 Wd e un Wd : 3.14 zewn=2 ós pole position at S = & wn I j ad S 25 j 3.14 in

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