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write the CAPITAL LETTER of the answer /s. There can be more than 1 answer for each item. choices, If the answer is not in the "E" write kz For a series reaction, AK ² BK/²C, C₁ K₂ > K₁ favors the production of C. If your desired product is B, what must you do to get a maximum Yield of it and avoid obtaining C? A. Increase the concentration of A. B. Design for a high conversion of A per pass C. Increase the temperature in the final product conversion. D. Introduce a separator of B and recycle unnsed A. Which of the statements is /are true? A. There is an equivalent non-flow operation for every flow operation given the same product distribution, B. A Continuous stirred tank reactor is equivalent to a Ping-Flow Reactor with very large amount of recycle (close to infinity). C. A plng Flow Reactor is equivalent to almost infinite number of Continuous stirred tank reactor in series.

write the CAPITAL LETTER of the answer /s. There can be more than 1 answer for each item. choices, If the answer is not in the "E" write kz For a series reaction, AK ² BK/²C, C₁ K₂ > K₁ favors the production of C. If your desired product is B, what must you do to get a maximum Yield of it and avoid obtaining C? A. Increase the concentration of A. B. Design for a high conversion of A per pass C. Increase the temperature in the final product conversion. D. Introduce a separator of B and recycle unnsed A. Which of the statements is /are true? A. There is an equivalent non-flow operation for every flow operation given the same product distribution, B. A Continuous stirred tank reactor is equivalent to a Ping-Flow Reactor with very large amount of recycle (close to infinity). C. A plng Flow Reactor is equivalent to almost infinite number of Continuous stirred tank reactor in series.

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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write the CAPITAL LETTER of the answer Is. There can be more than 1 answer for each item. choices, If the answer is write "E". not in the k₁ For a series reaction, A reaction, A² B = C, K₂ > K₁ favors the production of C. Y If your desired product is B, what must you do to get a maximum Yield of it and avoid obtaining c? A. Increase the concentration of A. B. Design for a high conversion of A per pass. C. Increase the temperature in the final product conversion." D. Introduce a separator of B and recycle unvised A.. Which of the statements is / are true? A. There is an equivalent non-flow operation for every flow operation given the same product distribution, B. A Continuous stirred tank reactor is equivalent to a Ping-Flow Reactor with very large amount of recycle (close to infinity). C. A ping Flow Reactor is equivalent to amost infinite number of Continuous stirred tank reactor in series.
Transcribed Image Text:write the CAPITAL LETTER of the answer Is. There can be more than 1 answer for each item. choices, If the answer is write "E". not in the k₁ For a series reaction, A reaction, A² B = C, K₂ > K₁ favors the production of C. Y If your desired product is B, what must you do to get a maximum Yield of it and avoid obtaining c? A. Increase the concentration of A. B. Design for a high conversion of A per pass. C. Increase the temperature in the final product conversion." D. Introduce a separator of B and recycle unvised A.. Which of the statements is / are true? A. There is an equivalent non-flow operation for every flow operation given the same product distribution, B. A Continuous stirred tank reactor is equivalent to a Ping-Flow Reactor with very large amount of recycle (close to infinity). C. A ping Flow Reactor is equivalent to amost infinite number of Continuous stirred tank reactor in series.
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