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1. A process is known to be first order in the response of the tank temperature,...


1. A process is known to be first order in the response of the tank temperature, TO, to changes in the inlet flowrate, gi(). The process is at steady state. T) is at 125 °C and gi) is at 50 gpm. An engineer makes a step change of 5 gpm in qi(0. After a period of time, TO) settles at 158 °C Plot the deviation variables for these two variables over time starting from the time of the change until settling. Plot the standard variables for these two variables over time starting from the time of the change until settling. Give the transfer function representing this input to output relationship. Give the equation for TC) for this input change. a. b. c. d.
1. A process is known to be first order in the response of the tank temperature, TO, to changes in the inlet flowrate, gi(). The process is at steady state. T) is at 125 °C and gi) is at 50 gpm. An engineer makes a step change of 5 gpm in qi(0. After a period of time, TO) settles at 158 °C Plot the deviation variables for these two variables over time starting from the time of the change until settling. Plot the standard variables for these two variables over time starting from the time of the change until settling. Give the transfer function representing this input to output relationship. Give the equation for TC) for this input change. a. b. c. d.
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Sslw:1 qt)-ㄧㄗ TC) given t, TS) CS +) Ayn fral value hearem, ue houe k- 1s9/5Is t S (St t) て t-o ayt) 12sc ST

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