Question
a.
2 atm
b.
6 atm
c.
10 atm
d.
14 atm
Posted under Basic Chemical Engineering
Interact with the Community - Share Your Thoughts
Uncertain About the Answer? Seek Clarification Here.
Understand the Explanation? Include it Here.
Q. CO with pressure 10 atm at 27°C is passed through a reactor with O₂, what is the pressure of CO₂ produced if 60% CO reacted?
Similar Questions
Explore Relevant Multiple Choice Questions (MCQs)
Q. Glucose with pressure 10 atm at 27°C is passed through a reactor with O₂, what is the temperature of CO₂ produced if pressure becomes thrice?
View solution
Q. A gas mixture with 6% O₂ with pressure 1 atm at 27°C is entered a reactor with rate F, and another stream with pure O₂ with 2 atm pressure at 27°C entered the reactor with rate 1 liter/s, product has 10% O₂ with same conditions with rate P, what is the value of F?
View solution
Q. A mixture with 60% O₂ and 40% H₂ with pressure 5 Pa at 27°C at the rate 15 liter/s is passed through a reactor with another stream containing pure H₂ with pressure 10 Pa at 27°C at the rate 5 liter/s, what is the fraction of H₂ with pressure 5 Pa at 27°C in product?
View solution
Q. A gas mixture has 10% CH₄ with pressure 5 Pa at 27°C at the rate F, is passed through a reactor with another stream containing 60% CH₄ with pressure 5 Pa at -73°C at the rate 10 liter/s, if the percentage of CH₄ with pressure 5 Pa at 27°C in product is 80%, what is the value of F?
View solution
Q. A gas mixture with 50% H₂ at the rate F is passed through a reactor and it produced a gas mixture with 80% H₂ at the rate 15 liter/s, what is the value of F?
View solution
Q. A gas mixture with 20% O₂ with pressure 100 Pa at 27°C at the rate 50 liter/s is passed through a reactor and products a gas mixture with 40% O₂ with pressure 25 Pa at 27°C, what is the rate of product?
View solution
Q. A gas mixture with 10% H₂ with pressure 15 Pa at 27°C at the rate 20 liter/s is passed through a reactor and products a gas mixture with 30% H₂ with pressure 25 Pa at 27°C, what is the rate of product?
View solution
Q. A gas mixture with 50% Ar with pressure 80 Pa at 0°C at the rate 5 liter/s is passed through a reactor and products a gas mixture with 80% Ar with pressure 50 Pa at 27°C, what is the rate of product?
View solution
Q. A gas mixture with 5% Neon with pressure 10 atm at 27°C is entered a reactor with rate F, and another stream with pure Neon with 8 atm pressure at 27°C entered the reactor with rate 3 liter/s, product has 10% Neon with same conditions with rate P, what is the value of F?
View solution
Q. CH₄ with pressure 10 atm and volume 10 liter at 27°C is passed into a reactor with 20% excess oxygen, how many moles of oxygen is left in the products?
View solution
Q. A gas mixture with 20% Neon with pressure 3 atm at 27°C is entered a reactor with rate F, and another stream with pure Neon with 2 atm pressure at 27°C entered the reactor with rate 5 liter/s, product has 40% Neon with same conditions with rate P, what is the value of F?
View solution
Q. What is the compressibility of ideal gases?
View solution
Q. Which of the following is true about compressibility of real gases?
View solution
Q. What is the pressure of CO₂ gas with compressibility z = 0.8, if the ideal gas pressure of CO₂ is 10 Pa, all other variables are same?
View solution
Q. What is the pressure of H₂ with compressibility 0.6, molar volume 5 liter/mole at 27°C?
View solution
Q. At what temperature, does SO₂ with compressibility 2 has pressure 5 atm and molar volume 10 mole/s?
View solution
Q. What is the compressibility factor of water with density 1 g/liter at 27°C and 1 atm?
View solution
Q. What is the compressibility factor of a liquid of molar mass 90 g and density 10 g/liter at 27°C and 2 atm?
View solution
Q. What is the pressure of 80 grams of CH₄ with compressibility 5, with 10 liter volume at 27°C?
View solution
Q. What is the compressibility of methane with density 10 g/liter at 27°C and 500 atm?
View solution
Recommended Subjects
Are you eager to expand your knowledge beyond Basic Chemical Engineering? We've handpicked a range of related categories that you might find intriguing.
Click on the categories below to discover a wealth of MCQs and enrich your understanding of various subjects. Happy exploring!