Question: how do i solve D ? The elementary reversible reaction 2AB is carried out in a flow reactor. The feed contains pure A at a

how do i solve D ?

The elementary reversible reaction 2AB is carried out in a flow reactor. The feed contains pure A at a concentration of 40mol/m3. The equilibrium conversion is 60%. A) What is the equilibrium constant if the reaction is a gas phase? B) What is the equilibrium constant if the reaction is a liquid phase? C) Write rA as a function of A conversion only. Assume the reaction isothermal in the gas-phase, with no pressure drop. Use kA= 2molsm6 and KC=0.5. D) Repeat C) for a constant volume batch reactor. The elementary reversible reaction 2AB is carried out in a flow reactor. The feed contains pure A at a concentration of 40mol/m3. The equilibrium conversion is 60%. A) What is the equilibrium constant if the reaction is a gas phase? B) What is the equilibrium constant if the reaction is a liquid phase? C) Write rA as a function of A conversion only. Assume the reaction isothermal in the gas-phase, with no pressure drop. Use kA= 2molsm6 and KC=0.5. D) Repeat C) for a constant volume batch reactor

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