Question: Please solve the following question as soon as possible (Show only drawings, no theoretical part) (c) Develop a feedback control configuration that satisfies your objectives

Please solve the following question as soon as possible (Show only drawings, no theoretical part)

Please solve the following question as soon as possible (Show only drawings,

no theoretical part) (c) Develop a feedback control configuration that satisfies your

(c) Develop a feedback control configuration that satisfies your objectives using a composition analyzer at the exit stream of the second CSTR. (d) Develop an inferential control configuration that uses temperatures and flow rates only, assuming that a composition analyzer is not available. (e) Develop a feedforward control configuration that can also use composition analyzers if they are needed. (f) In your opinion, which system is easier to control, the two-CSTR system shown in Figure PI.6 or an equivalent one-CSTR system that achieves the same conversion? Explain qualitatively why

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