Chemistry, asked by Shreyes176, 8 days ago

A gas mixture of 50% CO, 25% CO2, and 25% H2 by volume is fed to a furnace at 900 ◦C. Determine the composition of the equilibrium CO-CO2-H2-H2O gas if the total pressure of the gas in the furnace is 1 atm. [10] C + 1 2O2 = CO2, 4G◦ = −282400 + 86.85T H2 + 1 2O2 = H2O, 4G◦ = −246400 + 54.8T

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Answered by vaishaligedam5
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A gas mixture of 50% CO, 25% CO2, and 25% H2 (by volume) is fed to a furnace at 900 oC. Determine the composition of the equilibrium CO-CO2-H2-H2O gas if the total pressure of the gas in the furnace is 1 atm. Please show all steps! Answer: Xco2= Xh2= 0.182, Xh2o= 0.0677, and Xco= 0.568. MARK ME AS BRAINLIST

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