Please answer both correctly, I will upvote.

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A vapor stream of acetone and dry air enters a condenser at 150 F, 14.7 psia, and at 50.0% relative saturation. Leaving the condenser is a liquid stream of 41.0 1b-mol acetone/min, and a vapor stream at 14.7 psia containing 0.2041 Ib-mol acetone/lb-mol and 0.7959 1b-mol air/lb-mol. Find the flow rate of vapor into the condenser by following the given steps. Label the process flow diagram. Label any quantities as "unknown" if you have to perform a calculation to obtain the numeric value. Do not leave any answer space blank. unknown F 14.7 psia 150 unknown F T- P 14.7 0.2041 Ib-mol gas/min Ib-mol acetone/1b-mol 1b-mol air/lb-mol unknown ya 0.7959 unknown psia Ib-mol gas/min Ib-mol acetone/Ib-mol Ib-mol air/1b-mol Condenser y, unknown 41.0 Ib-mol acetonc/min S. 50.0 Answer Bank 14.7 0.2041 150 SO.O unknown 0.7959 41.0 What is Tz, the temperature of vapor leaving the condenser? T2 = 61.16 "F What is yn, the mole fraction of acetone in the vapor entering the condenser? 0.5379 y = Ib-mol acetone Ib-mol Incorrect What is n, the molar flow rate of vapor entering the condenser? 97.6 n = Ib-mol min Incorrect Find the composition and temperature, Top, of a vapor in equilibrium with a liquid that is 0.200 mol acetic acid/mol and 0.800 mol water/mol at 1 atm. Let ya and yw represent the vapor phase mole fractions of acetic acid and water, respectively. 0.1051 mol a Ya = mol Incorrect 0.7456 yw = mol w mol Incorrect Top 98.0401 = C