PART A IS ALREADY SOLVED. ONLY SOLVE PART B (Cooling Duty).

PART A's ANSWERS ARE GIVEN!!!

Humid air at 50.0C and 1.00 atm with 6.00C of superheat is fed to a condenser. Gas and liquid streams leave the condenser in equilibrium at 15.0C and 1.00 atm. Physical Property Tables Material Balances Correct Use material balances to determine the following quantities for a basis of 100.0 mol of warm, humid air fed to the condenser Mole fraction of water in the feed 0.00 mol H20 1/mol Mole fraction of water in the chilled air: 0017 mol Hs (V)/mol Moles of dry air in feed: 91 mol Moles of water condensed mol Moles of water in feed: 8.99 mol Mole of waterinehill ml Cooling Duty Remember that you may have to work with kg and mol as the bases for enthalpies. Calculate the cooling duty (positive) for the basis of 100.0 mol of warm, humid air fed. KJ