solve the questions 1-3

The following gas-phase reaction is operated in a batch reactor mounted with a piston: 2A+B2C(rA)=(1+KACA)kACA Initially, the reactor is filled with 5 moles in total, with a composition of 60mol%A and the balance B. The reacting mixture is maintained at a pressure of 2.0atm and a temperature of 300C. Given that: R=0.08206molKLatm:? 1. Construct the stoichiometric table for the above reaction knowing that species " A " is the limiting reactant. 2. If the conversion is 0.70 , estimate the concentrations of species " B ", "C", and total concentration of the reacting mixture. 3. Express the above reaction rate in terms of the conversion of the limiting reactant. The following gas-phase reaction is operated in a batch reactor mounted with a piston: 2A+B2C(rA)=(1+KACA)kACA Initially, the reactor is filled with 5 moles in total, with a composition of 60mol%A and the balance B. The reacting mixture is maintained at a pressure of 2.0atm and a temperature of 300C. Given that: R=0.08206molKLatm:? 1. Construct the stoichiometric table for the above reaction knowing that species " A " is the limiting reactant. 2. If the conversion is 0.70 , estimate the concentrations of species " B ", "C", and total concentration of the reacting mixture. 3. Express the above reaction rate in terms of the conversion of the limiting reactant