show work please :)

Problem 2 (40 points) Growing Thermophilic Bacteria in Oxygen-enriched air We want to grow a thermophilic (heat-loving) bacteria in oxygen-enriched air (40 mole % O2 and 60 mole % N2). To prepare the enriched air at the desired temperature of 50C from an initial temperature of 20C, a continuous heating process is used, as shown in the flowchart below. Calculate the rate at which heat must be added to the system to produce 10 mols/min of the heated, O2-enriched air. (Ans: Q = J/min) Assume steady-state and that the oxygen-enriched air behaves as an ideal gas. If needed, use data from Tables B.1 and B.2 of Felder (2016) on Canvas. Enriched air, 20C 10 mols/min (40 mol% O2, 60 mol% N2) Continuous Heater Enriched air, 50C (sent to thermophilic bacteria) | Heat