1. Fro X SDT t ARG (25 p) The hippo's digestive system is modeled as in the figure. In order to survive in a healthy way, the food taken by the hippopotamus is digested at a rate of 40% in its stomach and 60% in its intestines. Calculate the digestive tract volume of the hippo by assuming the inlet molar flow rate is 300 mol/min according to this model. What would the volume be if the modeling of the digestive system was the opposite? 0 X -l'A 3 (mol/dm.min) 0.2 10 14,67 0.4 0.5 0.6 50 0 50 50 0.8 0.9 50 12,5 9,09

(25 p) The hippo's digestive system is modeled as in the figure. In order to survive in a healthy way, the food taken by the hippopotamus is digested at a rate of 40% in its stomach and 60% in its intestines. Calculate the digestive tract volume of the hippo by assuming the inlet molar flow rate is 300 mol/min according to this model. What would the volume be if the modeling of the digestive system was the opposite? (25 p) The hippo's digestive system is modeled as in the figure. In order to survive in a healthy way, the food taken by the hippopotamus is digested at a rate of 40% in its stomach and 60% in its intestines. Calculate the digestive tract volume of the hippo by assuming the inlet molar flow rate is 300 mol/min according to this model. What would the volume be if the modeling of the digestive system was the opposite