Consider a standard unity negative feedback control system with a phase-lead compensator Gc(s) and a plant G(s). Find the position of the centroid of the root-locus asymptotes. Pr your answer with 2 decimal point precision. G(s)=4(s-2.5)(s(s+6)2(s+6)(s+7)) Gc(s)=2(s+1.3)/(s+4)
Consider a standard unity negative feedback control system with a phase-lead compensator Gc(s) and a plant G(s). Find the position of the centroid of the root-locus asymptotes. Pr your answer with 2 decimal point precision. G(s)=4(s-2.5)(s(s+6)2(s+6)(s+7)) Gc(s)=2(s+1.3)/(s+4)
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![Consider a standard unity negative feedback control system with a phase-lead compensator Gc(s) and a plant G(s). Find the position of the centroid of the root-locus asymptotes. Provide
your answer with 2 decimal point precision.
G(s)=4(s-2.5)(s(s+6)²(s+6)(s+7))
Gc(s)=2(s+1.3)(s+4)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2aa5c088-6da9-4394-863b-c9a9c0fe249a%2F8a7546bc-31ae-4fe2-bd23-35f97239453c%2Fmgl43lk_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Consider a standard unity negative feedback control system with a phase-lead compensator Gc(s) and a plant G(s). Find the position of the centroid of the root-locus asymptotes. Provide
your answer with 2 decimal point precision.
G(s)=4(s-2.5)(s(s+6)²(s+6)(s+7))
Gc(s)=2(s+1.3)(s+4)
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