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12 Nov 2019
3. (3 pts) At high temperature, hydrogen and carbon dioxide react to give water and carbon monoxide: H(g) + CO.(g) H,O(g) CO(g) It is found that at 986°C that there are 11.2 atm each of CO and water vapor and 8.8 atm each of H2 and CO2 at equilibrium. Calculate the equilibrium constant (K)
3. (3 pts) At high temperature, hydrogen and carbon dioxide react to give water and carbon monoxide: H(g) + CO.(g) H,O(g) CO(g) It is found that at 986°C that there are 11.2 atm each of CO and water vapor and 8.8 atm each of H2 and CO2 at equilibrium. Calculate the equilibrium constant (K)
Keith LeannonLv2
15 Jun 2019