Q3-A stream of humid air enters a condenser in which 95% of the water vapor in the air is condensed. The flow rate of the condensate (the liquid leaving the condenser) is measured and found to be 225...


Q3-A stream of humid air enters a condenser in which 95% of the water vapor in the air is condensed.<br>The flow rate of the condensate (the liquid leaving the condenser) is measured and found to be<br>225 L/h. Dry air may be taken to contain 21 mole% oxygen, with the balance nitrogen. Calculate<br>the flow rate of the gas stream leaving the condenser and the mole fractions of oxygen, nitrogen,<br>and water in this stream.<br>i(mol dry air/h)<br>0.21 mol 0,/mol<br>0.79 mol N/mol<br>ig(mol H20/h)<br>nglmol 0,h)<br>ng(mol N/h)<br>ne(mol H20 (v)/h)<br>225 liters H,0 (1)/h<br>ig(mol H20 (1/h)<br>(95% of water in feed)<br>

Extracted text: Q3-A stream of humid air enters a condenser in which 95% of the water vapor in the air is condensed. The flow rate of the condensate (the liquid leaving the condenser) is measured and found to be 225 L/h. Dry air may be taken to contain 21 mole% oxygen, with the balance nitrogen. Calculate the flow rate of the gas stream leaving the condenser and the mole fractions of oxygen, nitrogen, and water in this stream. i(mol dry air/h) 0.21 mol 0,/mol 0.79 mol N/mol ig(mol H20/h) nglmol 0,h) ng(mol N/h) ne(mol H20 (v)/h) 225 liters H,0 (1)/h ig(mol H20 (1/h) (95% of water in feed)

Jun 10, 2022
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