REACTION ENGINEERING.

For the elementary reaction: A+B+C 1.1 If the reaction is elementary and irreversible, what is the rate of reaction? 12 1.2 The feed concentration of A, C, is 1.8 mol.L' and B. Cso, is also 1.8 mol.L'and the rate constant is 0.04 L.molls! 1.2.1 The reaction will be done in a liquid phase, isothermal batch reactor. For a conversion of 60% how much time is required? (1 1.2.2 The reaction will be done in a liquid phase, CSTR with a flowrate of 20 l/s. For a conversion of 60%, what reactor volume is required? 1.2.3 The reaction will be done in a liquid phase, PFR with a flowrate of 20 L/s. For a conversion of 60%, what reactor volume is required? [1 1.3 Compare the answers that you found in 1.2.2 and 1.2.3. Comment on your findings. [4 Given: dx 1 + constant (1 - x) 1-X Or, integrating between limits: 1 dx = (1-x) 22 fo =[(--)- 68;)]