A reaction vessel at 438.7 Kcontains a mixture of Cl(g) (P = 3.072 bar) and SO2(g)(P= 1.226 bar). The following reaction occurs:Part ACl,(g) + SO,(g)so,Cl,(9)At equilibrium the total pressure is 3.093 bar.Determine the equilibrium constant, K.O 1.0O 4.1O 30O 3.3x10-2

The equilibrium constant, KP at constant temperature is calculated as, A+B→C KP=PCPA×PB

A reaction vessel at 438.7 K contains a micture of Cly(g) (P = 3.072 bar) and SO;(g) (P= 1.226 bar). The following reaction ocours: Part A CLG) + SO;(g) – So,C,(G) At equilibrium the total pressure is 3.003 bar. Determine the equilibrium constant, K. O 1.0 O 4.1 O 30 O 3.3x10-2

A reaction vessel at 438.7 K contains a micture of Cly(g) (P = 3.072 bar) and SO;(g) (P= 1.226 bar). The following reaction ocours: Part A CLG) + SO;(g) – So,C,(G) At equilibrium the total pressure is 3.003 bar. Determine the equilibrium constant, K. O 1.0 O 4.1 O 30 O 3.3x10-2

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

Problem 7QRT

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Question

A reaction vessel at 438.7 Kcontains a mixture of Cl(g) (P = 3.072 bar) and SO2(g)
(P= 1.226 bar). The following reaction occurs:
Part A
Cl,(g) + SO,(g)
so,Cl,(9)
At equilibrium the total pressure is 3.093 bar.
Determine the equilibrium constant, K.
O 1.0
O 4.1
O 30
O 3.3x10-2

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