The following dynamic model was determined in an isothermal constant volume CSTR. Steady State data: V=3m, CA; =1.0 mole/m, q=2m/min, and CA,= 0.5 mole/m³ dCA +qCA, +Vk CA,-q CA, A. C. a). Determine...

The following dynamic model was determined in an isothermal<br>constant volume CSTR.<br>Steady State data: V=3m, CA; =1.0 mole/m, q=2m/min, and<br>CA,= 0.5 mole/m³<br>dCA<br>+qCA, +Vk CA,-q CA,<br>A.<br>C.<br>a). Determine the constant k for the reaction.<br>b) Get this model in terms of deviation variables.<br>c) Apply Laplace Transform to the results of part b.<br>d) Obtain the transfer function.<br>

Extracted text: The following dynamic model was determined in an isothermal constant volume CSTR. Steady State data: V=3m, CA; =1.0 mole/m, q=2m/min, and CA,= 0.5 mole/m³ dCA +qCA, +Vk CA,-q CA, A. C. a). Determine the constant k for the reaction. b) Get this model in terms of deviation variables. c) Apply Laplace Transform to the results of part b. d) Obtain the transfer function.

Jun 11, 2022

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The following dynamic model was determined in an isothermal constant volume CSTR. Steady State data: V=3m, CA; =1.0 mole/m, q=2m/min, and CA,= 0.5 mole/m³ dCA +qCA, +Vk CA,-q CA, A. C. a). Determine...

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