3. One kmol of CO is heated at atmospheric pressure to 3000 K. a. What is...

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3. One kmol of CO₂ is heated at atmospheric pressure to 3000 K. a. What is the equilibrium mixture composition (mole fractions) if only CO, O2, and CO₂ are present? b. If the pressure were raised to 18 atm, how would the composition change at that temperature? At 3000 K the equilibrium constant for the reaction is: 2CO2 = 2C0+0₂ is Kp =e-2.222 3. One kmol of CO₂ is heated at atmospheric pressure to 3000 K. a. What is the equilibrium mixture composition (mole fractions) if only CO, O2, and CO₂ are present? b. If the pressure were raised to 18 atm, how would the composition change at that temperature? At 3000 K the equilibrium constant for the reaction is: 2CO2 = 2C0+0₂ is Kp =e-2.222 3. One kmol of CO₂ is heated at atmospheric pressure to 3000 K. a. What is the equilibrium mixture composition (mole fractions) if only CO, O2, and CO₂ are present? b. If the pressure were raised to 18 atm, how would the composition change at that temperature? At 3000 K the equilibrium constant for the reaction is: 2CO2 = 2C0+0₂ is Kp =e-2.222 3. One kmol of CO₂ is heated at atmospheric pressure to 3000 K. a. What is the equilibrium mixture composition (mole fractions) if only CO, O2, and CO₂ are present? b. If the pressure were raised to 18 atm, how would the composition change at that temperature? At 3000 K the equilibrium constant for the reaction is: 2CO2 = 2C0+0₂ is Kp =e-2.222