a) A gas mixture consists of 2.47 atm of SO 2 Cl 2 , 0.41 atm of SO 2 , and 0.41
ID: 482182 • Letter: A
Question
a) A gas mixture consists of 2.47 atm of SO2Cl2, 0.41 atm of SO2, and 0.416 atm of Cl2. Calculate the reaction quotient for this system prior to the establishment of the equilibrium below.
b) If the equilibrium constant for this reaction at 150 K is 3.29×10-12, determine the direction that the reaction will shift in order to achieve equilibrium.
A gas mixture consists of 2.47 atm of so2012, 0.41 atm of so2, and 0.416 atm of C12. Calculate the reaction quotient for this system prior to the establishment of the equilibrium below. SO2012(g) SO2(g Cl2(g) Report your answer to three significant figures in scientific notation Submit Answer Tries 0/3 If the equilibrium constant for this reaction at 150 K is 3.29x10 12 determine the direction that the reaction will shift in order to achieve equilibrium Submit Answer Tries 0/1Explanation / Answer
SO2Cl2 ----> SO2 + Cl2
Q = pCl2 *pSO2 / pSO2Cl2
Q = 0.416*0.41 / 2.47 = 0.069
Given
Kp = 3.29*10^-12
Since Q > Kp
The reaction will shift to the left direction achieve equilibrium
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