1.3 please, please show how you intergrated

For the elementary reaction: A+B C 1.1 If the reaction is elementary and irreversible, what is the rate of reaction? [2] 1.2 The feed concentration of A, Cao, is 1.8 mol.L. and B, CBo, is also 1.8 mol.L. and the rate constant is 0.04 L.molls-1. 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? [15] 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? [10] 1.2.3 The reaction will be done in a liquid phase, PER with a flowrate of 20 L/s. For a conversion of 60%, what reactor volume is required? [13] 1.3 Compare the answers that you found in 1.2.2 and 1.2.3. Comment on your findings. [4] Given: sa dx (1 - x)2 1 + constant 1-X Or, integrating between limits: 1 1 -232dx = 6+)645) (1) X1