The irreversible liquid phase reaction 2A+4B>2C+2D takes place in an isothermal CSTR reactor. The reactor operates at a constant temperature of 290 The concentration of A is 0.27mol/dm3. The feed contains A and B only in the molar ratio 2:3.1. The reaction is 0 order with respect to species A and 0 order with respect to species B, with reaction rate k=1.2dm3/mol.s at 350K, and the activation energy, E=32,425J/mol. 1. Write the reaction over with the limiting reagent as the basis (8 marks) 2. Calculate the value of the rate constant k at the temperature 290K (4 marks) 3. Write out the rate law and calculate the value of the rate of disappearance of the limiting reagent (6 marks)