Chemical Rection Engineering "A mixture containing 35% of A,46% of B,14% of C, and 5% of an inert substance is fed into a batch reactor, where at a constant temperature of 100C and constant volume, the elemental reaction A+ B3C takes place in the gas phase. In order to ensure the safety of the reactor, it must be emptied within a certain time limit so that the total pressure inside the reactor does not exceed 1.73atm, given that the initial pressure is 1.3 atm. If the rate constant for the reaction is 1.5=kL/mol/min, what is the maximum time limit for emptying the reactor? Chemical Rection Engineering "A mixture containing 35% of A,46% of B,14% of C, and 5% of an inert substance is fed into a batch reactor, where at a constant temperature of 100C and constant volume, the elemental reaction A+ B3C takes place in the gas phase. In order to ensure the safety of the reactor, it must be emptied within a certain time limit so that the total pressure inside the reactor does not exceed 1.73atm, given that the initial pressure is 1.3 atm. If the rate constant for the reaction is 1.5=kL/mol/min, what is the maximum time limit for emptying the reactor