Problem a Resolver.- Let's consider now the case from a reaction triangular: B A c Which has the following kinetics: Triangular kinetics data Reaction cow (1/ seg) EA (cal/gmol) (-AH) (cal/gmol) 1 4.20x106 19,500 25,000 2 3.50x106 20,800 20,000 3 1.30x10 24,700 45,000 and we want to find the possible values of the diameter of the reactor and/or temperature of the cooling medium in the RFT, such as to prevent the of the temperature in the hot spot greater than 220 C, considering the Following data: Reactor volume: V=1500 cm3; Volumetric flow: Fo= 100 cm? Heat transfer coefficient. U= 0.065 (cal/cm2-sec-K). Feed concentrations: CAO-0.1 (gmol/cm). Supply temperature: To= 120 K. The temperature of the cooling medium varies between Tz- 30 to 107 C, and the reactor diameter between 1 and 3 cm