3.) Consider the following process presented by the block diagram X(s) 0.55e-0.5s Y(s) 2s+1 3.4e-2.1s 2.7s+1...

 

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3.) Consider the following process presented by the block diagram X(s) 0.55e-0.5s Y(s) 2s+1 3.4e-2.1s 2.7s+1 Y(s) a.) Determine Y2(t) for this system in response to a unit step change in input, X(t), assuming all functions are expressed in terms of deviation variables. b.) Determine an approximate first-order with dead time transfer function model for this system. c.) Plot both the functions Y2 (t) determined in parts a.) and b.) on the same graph. 3.) Consider the following process presented by the block diagram X(s) 0.55e-0.5s Y(s) 2s+1 3.4e-2.1s 2.7s+1 Y(s) a.) Determine Y2(t) for this system in response to a unit step change in input, X(t), assuming all functions are expressed in terms of deviation variables. b.) Determine an approximate first-order with dead time transfer function model for this system. c.) Plot both the functions Y2 (t) determined in parts a.) and b.) on the same graph.