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Please repeat the last problem at P= 5 bar. a. Based on the reaction alone, would one expect the higher pressure to favor or deter the formation of the product? Please use a sentence or two to explain.

Please repeat the last problem at P= 5 bar. a. Based on the reaction alone, would one expect the higher pressure to favor or deter the formation of the product? Please use a sentence or two to explain.

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Please solve Question 4 only
1. Methanol can be synthesized at over an FCC metal catalyst via the reaction below: COg + 2H2e) = CH;0H) Please find In(K298 K). 2. Please determine K at 133 •C for the methanol synthesis reaction of the last example assuming AH # AH•(T). 3. Please find the equilibrium mole fractions of all species in the methanol synthesis reaction at 133 C when the reactor is charged with stoichiometric quantities of the reactants at I bar. 4. Please repeat the last problem at P = 5 bar. a. Based on the reaction alone, would one expect the higher pressure to favor or deter the formation of the product? Please use a sentence or two to explain. b. Based on the calculation of the mole fractions, did the higher pressure favor or deter the formation of the product? Please use a sentence or two to explain.
Transcribed Image Text:1. Methanol can be synthesized at over an FCC metal catalyst via the reaction below: COg + 2H2e) = CH;0H) Please find In(K298 K). 2. Please determine K at 133 •C for the methanol synthesis reaction of the last example assuming AH # AH•(T). 3. Please find the equilibrium mole fractions of all species in the methanol synthesis reaction at 133 C when the reactor is charged with stoichiometric quantities of the reactants at I bar. 4. Please repeat the last problem at P = 5 bar. a. Based on the reaction alone, would one expect the higher pressure to favor or deter the formation of the product? Please use a sentence or two to explain. b. Based on the calculation of the mole fractions, did the higher pressure favor or deter the formation of the product? Please use a sentence or two to explain.
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