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2. Consider the given reaction. 2BRF,(g) = Br,(g) + 5F,(g) If the respective equilibrium concentrations of BrF, Br,, and F, at 250°C are 0.046 M, 1.2 M, and 0.93 M, what are the values of K, and K,? is 5. 6x104

2. Consider the given reaction. 2BRF,(g) = Br,(g) + 5F,(g) If the respective equilibrium concentrations of BrF, Br,, and F, at 250°C are 0.046 M, 1.2 M, and 0.93 M, what are the values of K, and K,? is 5. 6x104

Chemistry: The Molecular Science
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter1: The Nature Of Chemistry
Section: Chapter Questions
Problem 127QRT
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Answer the 2 and 3 questions only with complete solutions thankss
1. 4NH,(g) + 50,(g) = 4NO(g) + 6H,O(g) a. b. H,CO,(aq) = H,O(/) + CO,(g) H,O(g) + C(s) = H,(g) + CO(g) C. d. 0,(g) + 4NO,(g) = 2N,0,(g) 2H,(g) + O,(g) = 2H,0(/) e. 2. Consider the given reaction. 2BRF,(g) = Br,(g) + 5F,(g) If the respective equilibrium concentrations of BrF,, Br,, and F, at 250°C are 0.046 M, 1.2 M, and 0.93 M, what are the values of K, and K,? 3. The equilibrium constant K, for the oxidation of sulfur dioxide into sulfur trioxide is 5.6×10ª at 350°C. If the equilibrium partial pressures of SO, and SO, are 0.64 atm and 0.58 atm, respectively, what is the partial pressure of O, in the system? 2SO,(g) + 0,(g) = 2SO;(g)
Transcribed Image Text:1. 4NH,(g) + 50,(g) = 4NO(g) + 6H,O(g) a. b. H,CO,(aq) = H,O(/) + CO,(g) H,O(g) + C(s) = H,(g) + CO(g) C. d. 0,(g) + 4NO,(g) = 2N,0,(g) 2H,(g) + O,(g) = 2H,0(/) e. 2. Consider the given reaction. 2BRF,(g) = Br,(g) + 5F,(g) If the respective equilibrium concentrations of BrF,, Br,, and F, at 250°C are 0.046 M, 1.2 M, and 0.93 M, what are the values of K, and K,? 3. The equilibrium constant K, for the oxidation of sulfur dioxide into sulfur trioxide is 5.6×10ª at 350°C. If the equilibrium partial pressures of SO, and SO, are 0.64 atm and 0.58 atm, respectively, what is the partial pressure of O, in the system? 2SO,(g) + 0,(g) = 2SO;(g)
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