a) Complete and simplify the flowchart b) Select your first system around the overall process and perform the degree of freedom (DOF) analysis around this system. Clearly identify the unknowns and the...


a) Complete and simplify the flowchart<br>b) Select your first system around the overall process and perform the degree<br>of freedom (DOF) analysis around this system. Clearly identify the unknowns<br>and the independent equations. Is this system (overall process) solvable?<br>Do not solve for the unknowns even if it is solvable<br>c) Select your second system around Unit 1 and perform the degree of<br>freedom (DOF) analysis around this system (around Unit 1).<br>

Extracted text: a) Complete and simplify the flowchart b) Select your first system around the overall process and perform the degree of freedom (DOF) analysis around this system. Clearly identify the unknowns and the independent equations. Is this system (overall process) solvable? Do not solve for the unknowns even if it is solvable c) Select your second system around Unit 1 and perform the degree of freedom (DOF) analysis around this system (around Unit 1).
Consider the following two-unit process. Overall, you are asked to simplify the flowchart, perform<br>the DOF analysis and solved for the unknowns when required. All the compositions are in mass%.<br>Follow the instructions very carefully and perform your calculations in the orders that you are<br>asked.<br>100 g/s<br>0.1 X<br>0.2 Y<br>|0.7 Z<br>n3 (g/s)<br>X3<br>Z3<br>no Y<br>n2 (g/s)<br>20 g/s Z<br>n4 (g/s)<br>Unit 1<br>Unit 2<br>0.1 X<br>0.9 Z<br>nl (g/s)<br>0.1 X<br>0.9 Y<br>

Extracted text: Consider the following two-unit process. Overall, you are asked to simplify the flowchart, perform the DOF analysis and solved for the unknowns when required. All the compositions are in mass%. Follow the instructions very carefully and perform your calculations in the orders that you are asked. 100 g/s 0.1 X 0.2 Y |0.7 Z n3 (g/s) X3 Z3 no Y n2 (g/s) 20 g/s Z n4 (g/s) Unit 1 Unit 2 0.1 X 0.9 Z nl (g/s) 0.1 X 0.9 Y

Jun 09, 2022
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