For the gas phase reaction C,H, + C,H6 - CH1, which is carried out isothermally in constant volume batch reactor. The rate law of the reaction is; -rG,H, = 3.0 x 10' exp[- RT 115,000 .א 1cc,a, ,Cc...

Extracted text: For the gas phase reaction C,H, + C,H6 - CH1, which is carried out isothermally in constant volume batch reactor. The rate law of the reaction is; -rG,H, = 3.0 x 10' exp[- RT 115,000 .א 1cc,a, ,Cc Additional information; R=8.314 J. K'mol. Rate of disappearance of C,H, = 8 x 10³ mol L's1 a) Find the temperature and pressure would be to achieve 57.6% conversion of reactants. Please note that the reactants initially are in equimolar ratio and time required to achieve 57.6% conversion is 4 min. b) Using the same temperature as in part (a), find the space time required for 75.4% conversion of C,Hs if the reaction is carried out isothermally.