16. The reaction SO,(g) + }0,(g) So,(g) has an equilibrium constant of 33.4 atm-1/2 at 530°C. Calculate the total pressure in a reaction tank that has been charged with 10.00 atm each of SO, and O,,...


16. The reaction<br>SO,(g) + }0,(g) So,(g)<br>has an equilibrium constant of 33.4<br>atm-1/2 at 530°C. Calculate the total<br>pressure in a reaction tank that has been<br>charged with 10.00 atm each of SO, and<br>O,, which are allowed to come to equi-<br>librium. (This problem is simple in prin-<br>ciple, but requires skillful use of the<br>method of successive approximations to<br>avoid having to solve a cubic equation.)<br>

Extracted text: 16. The reaction SO,(g) + }0,(g) So,(g) has an equilibrium constant of 33.4 atm-1/2 at 530°C. Calculate the total pressure in a reaction tank that has been charged with 10.00 atm each of SO, and O,, which are allowed to come to equi- librium. (This problem is simple in prin- ciple, but requires skillful use of the method of successive approximations to avoid having to solve a cubic equation.)

Jun 10, 2022
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