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A 2.00 litre vessel in which the following system is in equilibrium contains 4.8 moles of phosgene, COCI2, 1.2 moles of CO and 0.4 moles of Cl2. 25. CO (g) + Cla (g) = cocil (9) a. Calculate the equilibrium constant, Ke for the reaction. b. An additional 1.6 mole of Clz is added to the vessel at the same temperature. Calculate the molar concentrations of CO, Cl2, and COCl2 when the new equilibrium is established.

A 2.00 litre vessel in which the following system is in equilibrium contains 4.8 moles of phosgene, COCI2, 1.2 moles of CO and 0.4 moles of Cl2. 25. CO (g) + Cla (g) = cocil (9) a. Calculate the equilibrium constant, Ke for the reaction. b. An additional 1.6 mole of Clz is added to the vessel at the same temperature. Calculate the molar concentrations of CO, Cl2, and COCl2 when the new equilibrium is established.

Chemistry: Principles and Practice
Chemistry: Principles and Practice
3rd Edition
ISBN:9780534420123
Author:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer
Publisher:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer
Chapter14: Chemical Equilibrium
Section: Chapter Questions
Problem 14.95QE: Nitrogen, hydrogen, and ammonia are in equilibrium in a 1000-L reactor at 550 K. The concentration...
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A 2.00 litre vessel in which the following system is in equilibrium contains 4.8 moles of phosgene, COC2, 1.2 moles of CO and 0.4 moles of Cl2. 25. Co (g) + Cla (g) = COC2 (g) a. Calculate the equilibrium constant, Ke for the reaction. b. An additional 1.6 mole of Clz is added to the vessel at the same temperature. Calculate the molar concentrations of CO, Cl2, and COC2 when the new equilibrium is established.
Transcribed Image Text:A 2.00 litre vessel in which the following system is in equilibrium contains 4.8 moles of phosgene, COC2, 1.2 moles of CO and 0.4 moles of Cl2. 25. Co (g) + Cla (g) = COC2 (g) a. Calculate the equilibrium constant, Ke for the reaction. b. An additional 1.6 mole of Clz is added to the vessel at the same temperature. Calculate the molar concentrations of CO, Cl2, and COC2 when the new equilibrium is established.
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