Given the following equilibrium constants at 417°C, Na20(s) = 2 Na(1) + 02 (9) K1 = 3 x 10-2 1 NaO(g) = Na(1) + O2(9) 2 K2 = 4 x 10-5 Naz O2 (s) = 2 Na(1) + O2 (9) NaO2 (s) = Na(1) + O2(g) K3 = 6 x 10-2 K4 = 3 x 10-14 determine the values for the equilibrium constants for the following reactions: 1 a. Naz 0(s) + O2(g) = NazO2 (s) Equilibrium constant = b. NaO(g) + Naz O(s) = NazO2(s) + Na(1) Equilibrium constant = c. 2 Na0(g) - Na2 O2 (s) Equilibrium constant = (Hint: When reaction equations are added, the equilibrium expressions are multiplied.)
Given the following equilibrium constants at 417°C, Na20(s) = 2 Na(1) + 02 (9) K1 = 3 x 10-2 1 NaO(g) = Na(1) + O2(9) 2 K2 = 4 x 10-5 Naz O2 (s) = 2 Na(1) + O2 (9) NaO2 (s) = Na(1) + O2(g) K3 = 6 x 10-2 K4 = 3 x 10-14 determine the values for the equilibrium constants for the following reactions: 1 a. Naz 0(s) + O2(g) = NazO2 (s) Equilibrium constant = b. NaO(g) + Naz O(s) = NazO2(s) + Na(1) Equilibrium constant = c. 2 Na0(g) - Na2 O2 (s) Equilibrium constant = (Hint: When reaction equations are added, the equilibrium expressions are multiplied.)
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
Section12.2: The Equilibrium Constant
Problem 12.2PSP: When carbon dioxide dissolves in water it reacts to produce carbonic acid, H2CO3(aq), which can...
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