8.56 Humid air at 50 C and 1.0 atm with 2 C of superheat is fed to a condenser. Gas and liquid streams leave the condenser in equilibrium at 20 C and 1 atm. plz answer (a) to (c)

8.56. Humid air at 50C and 1.0atm with 2C of superheat is fed to a condenser. Gas and liquid streams leave the condenser in equilibrium at 20C and 1atm. (a) Assume a basis of calculation of 100mol inlet air, draw and label a flowchart (including Q in the labeling), and carry out a degree-of-freedom analysis to verify that all labeled variables can be determined. (b) Write in order the equations you would solve to calculate the mass of water condensed (kg) per cubic meter of air fed to the condenser. Circle the unknown variable for which you would solve (c) Prepare an inlet-outlet enthalpy table, inserting labels for unknown specific enthalpies (H^1, each equation. Do not do any of the calculations. H^2,. Write expressions for the labeled specific enthalpies, substituting values or formulas for heat capacities and latent heats but not calculating the values of the specific enthalpies. Then write an expression for the rate at which heat must be transferred from the (d) Solve your equations by hand to calculate kgH2O condensed /m3 air fed and kJ transferred/m unit (kJ per cubic meter of air fed to the condenser)