Could you please solve this step by step A to C

there is no more data than this

2) You are interested in developing a system for CO2 capture from flue gas (the gas that leaves after combustion). Your facility has two flue gas streams with the following compositions: Stream 118.0%CO2,3.0%O2, and 79.0%N2(T=420C,P=2.2atm,q=300m3/s) Stream 212.0%CO2,5.5%O2, and 82.5%N2(T=340C,P=1.2atm,q=500m3/s) The two streams are mixed and then passed through a cooler, with the exit stream from the cooler taken to an absorption column to capture the CO2. A) Write down the total and species (CO2,N2, and O2) mole balances for the cooler if the outlet stream has a volumetric flow rate of 893m3/s with T=36C and P=1.0atm. B) A shift operator has recently added a monitor to the exit gas stream from the cooler and has found that the steady-state exit CO2 concentration is 10%. This low CO2 concentration was a surprise - the operator thinks that this could be due to an error in the exit CO2 measurement or it could be due to the presence of an air leak into the cooler. Determine which of these is the most likely explanation (and defend your logic). C) If the problem in part B is an air leak, evaluate the magnitude of the air flow rate into the cooler in m3/s(Tair=25C,Pair=1atm). If the problem is the CO2 measurement, evaluate the correct CO2 concentration in the exit stream (assuming no air leak)