Methanol, CH₃OH, is produced by the reaction of methane with oxygen under carefully controlled conditions:
2 CH₄ ₍_g₎ + O₂₍_g₎ $\rightarrow$ 2 CH₃OH₍_g₎A 200 L reactor is filled with a mixture of methane to a pressure of 10.5 atm and 3.50 atm oxygen at 298 K. The reactor is then heated to 350°C.(a) What is the mass of methanol formed if the reaction proceeds to 100% yield?(b) What are the partial pressures of each of the substances and the total pressure in the reactor at the end of the reaction if the temperature is 350°C?

Question

Methanol, CH₃OH, is produced by the reaction of methane with oxygen under carefully controlled conditions:
2 CH₄ ₍_g₎ + O₂₍_g₎

\rightarrow

2 CH₃OH₍_g₎A 200 L reactor is filled with a mixture of methane to a pressure of 10.5 atm and 3.50 atm oxygen at 298 K. The reactor is then heated to 350°C.(a) What is the mass of methanol formed if the reaction proceeds to 100% yield?(b) What are the partial pressures of each of the substances and the total pressure in the reactor at the end of the reaction if the temperature is 350°C?

Quizplus · Accepted Answer

The Answer of Methanol, CH₃OH, is produced by the reaction of methane with oxygen under carefully controlled conditions: 2 CH₄ ₍_g₎ + O₂₍_g₎ $\rightarrow$ 2 CH₃OH₍_g₎A 200 L reactor is filled with a mixture of methane to a pressure of 10.5 atm and 3.50 atm oxygen at 298 K. The reactor is then heated to 350°C.(a) What is the mass of methanol formed if the reaction proceeds to 100% yield?(b) What are the partial pressures of each of the substances and the total pressure in the reactor at the end of the reaction if the temperature is 350°C?

Methanol, CH3OH, Is Produced by the Reaction of Methane with Oxygen

Methanol, CH₃OH, Is Produced by the Reaction of Methane with Oxygen