Question: Please solve for unsteady state and variable volume(not constant) cou Stream Stream 2 CA.T. Fy CA. TI.FI (Heat added or removed) Two streams 1 and
Please solve for unsteady state and variable volume(not constant)

cou Stream Stream 2 CA.T. Fy CA. TI.FI (Heat added or removed) Two streams 1 and 2 are being mixed in a well- stirred tank, producing a product stream 3. Each of the two feed streams is composed of two components, A and B, with molar concentration Cai, Cbi and CA2, CB2, respectively. Also let F, and F2 be the volumetric flow rates of the two streams and T, and T2 their corresponding temperatures. Finally, let CA3, CB3, F3 and T3 be the concentrations, flow rate, and temperature of the product stream. A coil is also immersed in the liquid of the tank and it is used to supply heat to the system with steam, or remove heat with cooling water. Stream 3 CA, T, F Figure 4.8 Mixing process. Assuming that the system is isothermal, formulate (develop) and interpret the dynamic model of the system. The main dynamic behavior to study is the change in concentration of component A in the tank with the change in flow rate of the stream 1. Interpret/explain how the concentration of A can be adjusted at a specified set point of the flow rate of stream 1 changes. Question No. 3 (A take home problem, to be submitted by mid night today via canvas) After solution of the above problem, present and analyze the dynamic behavior of the system (change in concentration of A in the tank with changing the flow rate of steam 1). Use reasonable assumptions and data values required to solve and analyze the system
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