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At high temperatures, bromine molecules can dissociate into bromine atoms. For the reaction Br₂(g) = 2 Br. (g) Kp = 2.48 x 10-³ at 1650 °C. A 5.00 L vessel at 1650 °C is filled with Br₂(g) at an initial pressure of 7.50 atm and allowed to come to equilibrium. What will be the pressure (in atm) of Br. (g) at equilibrium?

At high temperatures, bromine molecules can dissociate into bromine atoms. For the reaction Br₂(g) = 2 Br. (g) Kp = 2.48 x 10-³ at 1650 °C. A 5.00 L vessel at 1650 °C is filled with Br₂(g) at an initial pressure of 7.50 atm and allowed to come to equilibrium. What will be the pressure (in atm) of Br. (g) at equilibrium?

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
Chapter12: Chemical Equilibrium
Section: Chapter Questions
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At high temperatures, bromine molecules can dissociate into bromine atoms. For the reaction Br₂(g) 2 Br. (g) Kp = 2.48 × 10-³ at 1650 °C. A 5.00 L vessel at 1650 °C is filled with Br₂(g) at an initial pressure of 7.50 atm and allowed to come to equilibrium. What will be the pressure (in atm) of Br. (g) at equilibrium?
Transcribed Image Text:At high temperatures, bromine molecules can dissociate into bromine atoms. For the reaction Br₂(g) 2 Br. (g) Kp = 2.48 × 10-³ at 1650 °C. A 5.00 L vessel at 1650 °C is filled with Br₂(g) at an initial pressure of 7.50 atm and allowed to come to equilibrium. What will be the pressure (in atm) of Br. (g) at equilibrium?
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