B- A control system described by the following algebrnic equatiops: X,(s) R(s)-C(S)H,(s)-X(s)H,(s) (s) = X,(s)-X(s)Hs(s)-X,(s) X3(s) = X3(s)G(s) X,(s) = X(s)G:(s) X(s) C(s)+ X(s)G3(s) X,(s) X,(s) + Xs(s)G,(s) + C(s)H, (s) X(5)% 3D C(5(s)H2(s) + C(s)H,(s) C(s) = X6(s)Gs(s). %3D %3D %3D %3D %3D Draw the signal flow graph. Use Mason's rule to find C(s)/R(s)!

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B-A control system described by the following algebrnic equatiops:
X,(s) R(s)-C(s)H,(s)-X,(s)H,(s)
X(s) = X,(s) -X(s)Hs(s)-X,(s)
X3(s) = X3(s)G,(5)
X,(s) = X,(s)G;(s)
X(s) = C(s) +X,(s)G3(s)
X,(s) = X,(s) + Xg(s)G,(s) + C(s)H,(s)
X(5) = C(5)(s)H;(s) + C(s)H,(s)
C(s) = X(s)Gs(s).
%3D
%3D
%3D
%3D
Draw the signal flow graph Use Mason's rule to find C(s)/R(s)!
Transcribed Image Text:B-A control system described by the following algebrnic equatiops: X,(s) R(s)-C(s)H,(s)-X,(s)H,(s) X(s) = X,(s) -X(s)Hs(s)-X,(s) X3(s) = X3(s)G,(5) X,(s) = X,(s)G;(s) X(s) = C(s) +X,(s)G3(s) X,(s) = X,(s) + Xg(s)G,(s) + C(s)H,(s) X(5) = C(5)(s)H;(s) + C(s)H,(s) C(s) = X(s)Gs(s). %3D %3D %3D %3D Draw the signal flow graph Use Mason's rule to find C(s)/R(s)!
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