6. In a container, carbon monoxide and water vapour are producing carbon dioxide and hydrogen at900°C.CO) + H2O(e) 2 H2) + CO2l@)Keg = 4.00 at 900°CIf the concentrations at one point in the reaction are: [CO(e] = 3.00 mol/L, [H2O] = 3.00 mol/L,[CO2e] = 2.00 mol/L, and [H2@)] = 2.00 mol/L.a. Determine whether the reaction has reached equilibrium.b. If not, in which direction it will proceed to establish equilibrium?c. Calculate the equilibrium concentrations of all reactants and products.

Answered: Image /qna-images/answer/beaf2353-a398-4cde-b053-99a78d89ee79.jpg

6. In a container, carbon monoxide and water vapour are producing carbon dioxide and hydrogen at 900°C. CO + H2O(e) 2 Hzle) +CO21@) Keg = 4.00 at 900°C If the concentrations at one point in the reaction are: [CO(a)] = 3.00 mol/L, [H2O@)] = 3.00 mol/L, [COze) = 2.00 mol/L, and [H2le] = 2.00 mol/L. a. Determine whether the reaction has reached equilibrium. b. If not, in which direction it will proceed to establish equilibrium? c. Calculate the equilibrium concentrations of all reactants and products.

6. In a container, carbon monoxide and water vapour are producing carbon dioxide and hydrogen at 900°C. CO + H2O(e) 2 Hzle) +CO21@) Keg = 4.00 at 900°C If the concentrations at one point in the reaction are: [CO(a)] = 3.00 mol/L, [H2O@)] = 3.00 mol/L, [COze) = 2.00 mol/L, and [H2le] = 2.00 mol/L. a. Determine whether the reaction has reached equilibrium. b. If not, in which direction it will proceed to establish equilibrium? c. Calculate the equilibrium concentrations of all reactants and products.

Chemistry: The Molecular Science

5th Edition

ISBN:9781285199047

Author:John W. Moore, Conrad L. Stanitski

Publisher:John W. Moore, Conrad L. Stanitski

Chapter12: Chemical Equilibrium

Section: Chapter Questions

Problem 12QRT

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