Problem 1 Consider the liquid phase reaction A → products accelerated by a homogeneous catalyst dissolved in the solution. The observed rate data follows the form: You are asked to recommend either a steady CSTR or steady PFR. Your reactor must reduce the feed composition of 0.6 mole/liter down to 0.3 mole/liter in the effluent * Create a plot of ordinate 1/(-rA) vs, abscissa CA. Use the data below. Use sufficient resolution in your plot to get a smooth curve. Plot over the CA range: 0.1 to 0.7 . Show the operating point(s) for both the CSTR and the PFR. Make sure you show all the required theory Show graphically the areas representing space-times τ for the CSTR and the PFR Calculate (analytically) each of these τ values. k = 2 liters/mole ki- 25 liter/mole Data k-7/min Problem 2 Repeat Problem #1 for a batch reactor. Calculate (analytically) the residence time t needed for required conversion. Make sure you show all the required theory Problem 3 a thhe fowd composition of 0 6 mole/liter down