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Pure solid NH4HSE is placed in an evacuated container at 24.8°C. Eventually, the pressure above the solid reaches the equilibrium pressure 0.0184 atm due to the reaction NH,HSe(s) 2 NH;(g) + H,Se(g) (a) Calculate the equilibrium constant of this reaction at 24.8°C. (b) In a different container, the partial pressure of NH3(g) in equilibrium with NH,HSe(s) at 24.8°C is 0.0252 atm. What is the partial pressure of H,Se(g)?

Pure solid NH4HSE is placed in an evacuated container at 24.8°C. Eventually, the pressure above the solid reaches the equilibrium pressure 0.0184 atm due to the reaction NH,HSe(s) 2 NH;(g) + H,Se(g) (a) Calculate the equilibrium constant of this reaction at 24.8°C. (b) In a different container, the partial pressure of NH3(g) in equilibrium with NH,HSe(s) at 24.8°C is 0.0252 atm. What is the partial pressure of H,Se(g)?

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
Chapter16: Thermodynamics: Directionality Of Chemical Reactions
Section: Chapter Questions
Problem 118QRT
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Pure solid NH4HSE is placed in an evacuated container at 24.8°C. Eventually, the pressure above the solid reaches the equilibrium pressure 0.0184 atm due to the reaction NH,HSe(s) 2 NH;(g) + H,Se(g) (a) Calculate the equilibrium constant of this reaction at 24.8°C. (b) In a different container, the partial pressure of NH3(g) in equilibrium with NH,HSe(s) at 24.8°C is 0.0252 atm. What is the partial pressure of H,Se(g)?
Transcribed Image Text:Pure solid NH4HSE is placed in an evacuated container at 24.8°C. Eventually, the pressure above the solid reaches the equilibrium pressure 0.0184 atm due to the reaction NH,HSe(s) 2 NH;(g) + H,Se(g) (a) Calculate the equilibrium constant of this reaction at 24.8°C. (b) In a different container, the partial pressure of NH3(g) in equilibrium with NH,HSe(s) at 24.8°C is 0.0252 atm. What is the partial pressure of H,Se(g)?
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