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The first order decomposition of reactant X, which is an elementary reaction has a forward reaction rate constant ky-0.095sand a reverse rate constantk- 0.124 (M)s. A sample of X is put into an empty flask and, at equilibrium, the concentration of X is 0.43 M, What are the concentrations of Y and Z at eoulibrium X 2Y +2 OM-087M, Iz- 0.44M OM-06IM, ZI- 0.31M OM-042M, ZI-021M OM-043M, ZI- 0.21M OM-0.72M IZ- 035M

The first order decomposition of reactant X, which is an elementary reaction has a forward reaction rate constant ky-0.095sand a reverse rate constantk- 0.124 (M)s. A sample of X is put into an empty flask and, at equilibrium, the concentration of X is 0.43 M, What are the concentrations of Y and Z at eoulibrium X 2Y +2 OM-087M, Iz- 0.44M OM-06IM, ZI- 0.31M OM-042M, ZI-021M OM-043M, ZI- 0.21M OM-0.72M IZ- 035M

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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The first order decomposition of reactant X. which is an elementary reaction has a forward reaction rate constant ky - 0.095sand a reverse rate constant k 0.124 (M]s A sample of X is put into an empty flask and, at equilibrium, the concentration of X is 0.43 M, What are the concentrations of Y and Zat egulibrium X 2Y+2 OM-087M, IzI - 0.44M O M-06JM, (ZI-0.31M OM-042M, ZI - 021M OM-063M, ZI-0.21M OM-0.72M, 2]- 0.35M
Transcribed Image Text:The first order decomposition of reactant X. which is an elementary reaction has a forward reaction rate constant ky - 0.095sand a reverse rate constant k 0.124 (M]s A sample of X is put into an empty flask and, at equilibrium, the concentration of X is 0.43 M, What are the concentrations of Y and Zat egulibrium X 2Y+2 OM-087M, IzI - 0.44M O M-06JM, (ZI-0.31M OM-042M, ZI - 021M OM-063M, ZI-0.21M OM-0.72M, 2]- 0.35M
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