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Phosgene is an organic chemical substance with the formula COCI2, which is a valued industrial intermediate for producing polycarbonate plastics and urethane. The typical synthesis of phosgene by carbon monoxide and chlorine gases is conducted between 50°C to 150° The chemical equation of the above reaction is written as: CO (g) + Cl2 (g) <---> COCI2 (g) a) When the equilibrium is reached at 100°C, the no. of moles of CO (g), Cl2 (g), and COCI2 (g) in a 1.0-L reactor are 8.68 × 10-2 ,9.16 x 10-2 , and 3.16, respectively. Calculate the equilibrium constant K at 100°C for the above reaction. [ Select ] b) Find the concentrations of all gases at equilibrium state if 10.00 mol of phosgene is decomposed in a 1.0 L container at 100°C. COCI2 (g) = [ Select ] mol/L CO (g : [ Select ] mol/L Cl2 (g = [ Select ] mol/L c) If the concentration of the reactant was doubled, what would happen to the equilibrium constant? [ Select ]

Phosgene is an organic chemical substance with the formula COCI2, which is a valued industrial intermediate for producing polycarbonate plastics and urethane. The typical synthesis of phosgene by carbon monoxide and chlorine gases is conducted between 50°C to 150° The chemical equation of the above reaction is written as: CO (g) + Cl2 (g) <---> COCI2 (g) a) When the equilibrium is reached at 100°C, the no. of moles of CO (g), Cl2 (g), and COCI2 (g) in a 1.0-L reactor are 8.68 × 10-2 ,9.16 x 10-2 , and 3.16, respectively. Calculate the equilibrium constant K at 100°C for the above reaction. [ Select ] b) Find the concentrations of all gases at equilibrium state if 10.00 mol of phosgene is decomposed in a 1.0 L container at 100°C. COCI2 (g) = [ Select ] mol/L CO (g : [ Select ] mol/L Cl2 (g = [ Select ] mol/L c) If the concentration of the reactant was doubled, what would happen to the equilibrium constant? [ Select ]

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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Phosgene is an organic chemical substance with the formula COCI2, which is a valued industrial intermediate for producing polycarbonate plastics and urethane. The typical synthesis of phosgene by carbon monoxide and chlorine gases is conducted between 50°C to 150° The chemical equation of the above reaction is written as: CO (g) + Cl2 (g) <---> COCI2 (g) a) When the equilibrium is reached at 100°C, the no. of moles of CO (g), Cl2 (g), and COCI2 (g) in a 1.0-L reactor are 8.68 x 10-2, 9.16 x 10-2, and 3.16, respectively. Calculate the equilibrium constant K at 100°C for the above reaction. [ Select ] b) Find the concentrations of all gases at equilibrium state if 10.00 mol of phosgene is decomposed in a 1.0 L container at 100°C. COCI2 (g) = [ Select ] mol/L CO (g): [ Select ] mol/L Cl2 (g) = [ Select ] mol/L c) If the concentration of the reactant was doubled, what would happen to the equilibrium constant? [ Select ]
Transcribed Image Text:Phosgene is an organic chemical substance with the formula COCI2, which is a valued industrial intermediate for producing polycarbonate plastics and urethane. The typical synthesis of phosgene by carbon monoxide and chlorine gases is conducted between 50°C to 150° The chemical equation of the above reaction is written as: CO (g) + Cl2 (g) <---> COCI2 (g) a) When the equilibrium is reached at 100°C, the no. of moles of CO (g), Cl2 (g), and COCI2 (g) in a 1.0-L reactor are 8.68 x 10-2, 9.16 x 10-2, and 3.16, respectively. Calculate the equilibrium constant K at 100°C for the above reaction. [ Select ] b) Find the concentrations of all gases at equilibrium state if 10.00 mol of phosgene is decomposed in a 1.0 L container at 100°C. COCI2 (g) = [ Select ] mol/L CO (g): [ Select ] mol/L Cl2 (g) = [ Select ] mol/L c) If the concentration of the reactant was doubled, what would happen to the equilibrium constant? [ Select ]
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