Engineers Milo and Christine operate a reactor producing a polymer(PM) by the following balanced, reversible chemical reaction: 2A+1B1PM+4W. A and B are secret building block components and W is water (H2O). The feed to the reactor is 368mol/hr with 0.572 mole fraction of A and the remaining B. The reaction does not go to completion in the reactor, but the exiting components are in chemical reaction equilibrium. The stream exiting the reactor contains a mole fraction of polymer of 0.147. The equilibrium constant was found as 9.32 in the last level, now determine the temperature reading at the exit of the reactor in C. The equilibrium constant, Keq, is a function of temperature: Keq=c+dT where c=3.06,d=0.0064R1, and T is in R. T2=