please show the answer in detail like the example attached.

Citric acid is produced from the fermentation of molasses (a concentrated mixture of carbohydrates) in the presence of oxygen, according to the following reaction: C2H22011 + H2O + 302 2C,H,O, + 4H2O sucrose citric acid The fresh feed to the reactor contains sucrose, water, oxygen, and 2 mole % inerts. The reactor outlet passes to a crystallizer that removes all the produced citric acid and water (none of the other reactants). The latter substances are recycled (joining the stream that feeds the reactor). To avoid buildup of the inerts in the system, a purge stream is withdrawn from the recycle. The stream that feeds the reactor contains 40 mole % C12H22011, 40 mole % H20, 18 mole % O2, and 2 mole % inerts. The single-pass conversion of citric acid is 65%. Calculate the molar flow rates and molar compositions of the fresh feed, the total feed to the reactor, the recycle stream, and the purge stream for a citric acid production rate of 100 kmol CH307/h. Answer. Variable Basis Value Second Value Fresh feed 61.4 mol 681 Kmollh 61.4 X1:1) XN. 256 mole h Coz 25.6 mole Coz 74.0 mole % 2 74.0 mole % Hz 10.400 mole 1 0.400 molel 1 6 (11) 38.6 mol Feed to the reactor 100 mol 1110 Kmelth (600X111) 28.0 mole f. Co2 28.0 mole % Coz (70.0 mole % He 70.0 molet. Hz H 2.0 mole / 1 20 mole . 1 Recycle 428 kmol/h (38.6 xu.) 28.0 molet Cor 28.0 moley Co2 70.0 mole % He 7o.o mole "), Hz 2.0 mole h. I 2.0 mole % 1 purge 5.4 mol 599 kmol/h (5.4 xul ) 31.8 mole) Coz 31.8 molet. Co2 63-6 mole 2.12 63.6 moley. Hz 4.6 molet. I 4.6 moley 1 Civ)