Question: In the three-tank system that is shown below, it is designed as the outlet liquid concentration of the third tank to be 3%. 1%A

In the three-tank system that is shown below, it is designed as the outlet liquid concentration of the third Derive the model equations for this system. b. Obtain transfer functions between input and output variables

In the three-tank system that is shown below, it is designed as the outlet liquid concentration of the third tank to be 3%. 1%A B 0.14 m3/hr 100% A , 90 CAL 91 X ,2 92 7 m3/hr 3% A CT Derive the model equations for this system. b. Obtain transfer functions between input and output variables for each tank. Data and assumptions: V = V = V3 = 1m The inlet concentration of the first tank is the disturbance variable for the system. The inlet flow rate is constant. P

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Model Equations 1 Tank 1 The mass balance equation for Tank 1 relates the inlet concentration CAin the concentration in Tank 1 CA the outflow rate FAout and the volume of Tank 1 V1 CAin CAV1 FAout CAV... View full answer

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