Consider the following equation in the gas phase: Carbon Monoxide + Hydrogen double arrows Methanol The initial concentration of carbon monoxide is 0.500 atm, and of hydrogen is 1.00 atm. At equilibrium the concentration of carbon monoxide is found to be 0.150 atm. What is the value of the equilibrium constant? (If all of the concentrations are concentrations at equilibrium, then they can be put directly into the equation for K.
Consider the following equation in the gas phase:
Carbon Monoxide + Hydrogen double arrows Methanol
The initial concentration of carbon monoxide is 0.500 atm, and of hydrogen is 1.00 atm. At equilibrium the concentration of carbon monoxide is found to be 0.150 atm. What is the value of the equilibrium constant? (If all of the concentrations are concentrations at equilibrium, then they can be put directly into the equation for K. If some are the concentrations are initial concentrations, then an ICE Table must be used to find the equilibirum concentrations for all chemicals, and then these values can be used in the equation to calculate K.)
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0.0385 |
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7.78 |
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26 |
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2.72 |
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