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classical control engineering. lb Prove that the block diagrams of the system shown in figure 2 can be reduced Into a single block, hence produce its transfer function. X(s) Y(s) G2 G3 lc. Prove that the Overall Transfer Function of the feedback control system in figure 3 is G,(s) Tr =1+ H,(s)G,(s) R(s) E(S) Go(S) c(S) c(S) B(S) Ho(S) s-1 2s-1 (s)°ŋ simplify it. H,(s) If 3 and s+2 in the transfer function so proven, then

classical control engineering. lb Prove that the block diagrams of the system shown in figure 2 can be reduced Into a single block, hence produce its transfer function. X(s) Y(s) G2 G3 lc. Prove that the Overall Transfer Function of the feedback control system in figure 3 is G,(s) Tr =1+ H,(s)G,(s) R(s) E(S) Go(S) c(S) c(S) B(S) Ho(S) s-1 2s-1 (s)°ŋ simplify it. H,(s) If 3 and s+2 in the transfer function so proven, then

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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la. A thermometric system designed to measure the temperature of individuals can be operated at positive or/and negative feedback. With the aid of block diagrams and transfer functions, explain the differences between these feedbacks as attributed to classical control engineering. Ib Prove that the block diagrams of the system shown in figure 2 can be reduced Into a single block, hence produce its transfer function. X(s) Y(s) G2 G3 lc. Prove that the Overall Transfer Function of the feedback control system in figure 3 is G,(s) 1 + H,(s)G,(s) T = R(s) E(S) Go (S) c(S) c(S) B(S) Ho(S) 2s-1 s-1 G.(s) =} and H.(s) 3 s+2 in the transfer function so proven, then simplify it. 1d.i.Assuming the Electricity Company of Ghana has two control mechanisms by which it monitors electricity distributed to the various communities. Explain the difference between these two mechanisms; support your answers with block diagrams.
Transcribed Image Text:la. A thermometric system designed to measure the temperature of individuals can be operated at positive or/and negative feedback. With the aid of block diagrams and transfer functions, explain the differences between these feedbacks as attributed to classical control engineering. Ib Prove that the block diagrams of the system shown in figure 2 can be reduced Into a single block, hence produce its transfer function. X(s) Y(s) G2 G3 lc. Prove that the Overall Transfer Function of the feedback control system in figure 3 is G,(s) 1 + H,(s)G,(s) T = R(s) E(S) Go (S) c(S) c(S) B(S) Ho(S) 2s-1 s-1 G.(s) =} and H.(s) 3 s+2 in the transfer function so proven, then simplify it. 1d.i.Assuming the Electricity Company of Ghana has two control mechanisms by which it monitors electricity distributed to the various communities. Explain the difference between these two mechanisms; support your answers with block diagrams.
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