If pure CO, is placed in a sealed tank and the temperature is raised to 2000 K, the CO, will be 1.6% dissociated into CO and O,; that is, of every 1000 mole- cules of CO, at the beginning, 16 will...


If pure CO, is placed in a sealed tank<br>and the temperature is raised to 2000 K,<br>the CO, will be 1.6% dissociated into<br>CO and O,; that is, of every 1000 mole-<br>cules of CO, at the beginning, 16 will<br>decompose to CO and 984 will remain<br>as CO,. Assuming that all O, present<br>comes from such decomposition, and<br>that the total pressure is 1 atm, calculate<br>K, and K, for the reaction<br>CO,(g) 2 CO(g) + 0,(g)<br>

Extracted text: If pure CO, is placed in a sealed tank and the temperature is raised to 2000 K, the CO, will be 1.6% dissociated into CO and O,; that is, of every 1000 mole- cules of CO, at the beginning, 16 will decompose to CO and 984 will remain as CO,. Assuming that all O, present comes from such decomposition, and that the total pressure is 1 atm, calculate K, and K, for the reaction CO,(g) 2 CO(g) + 0,(g)

Jun 10, 2022
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