please i want the solution, do not copy the incorrect answer from others plz

use basis n7= 125 moles/hr

Consider the process flowsheet for Ammonia production depicted below where ammonia is produced according to the following reaction: N(g)+3H3(g)2NH3(g) This reaction is carricd out in two adiabatic reactor: The conversion in the fint reactor is 10%, and the products from this stage are cooled to 425C by mixing adiabatically with fresh feed of known composition. The products from the second reactor leave at 535C. They are fint cooled by exchanging heat with the feed to the first reactor stage, and finally they are refrigerated in the separator to condense out the NH3 product together with traces of N2 and H2. Fill in the degree of freedom table Calculate the refrigeration load Q in the separator per mole of NH3 produced, Use the simplified heat capacity data below and table B1 for any missing information: Constant average molar heat capacities of gases (J/molK):NH3:40,N2:30,H2:30. Constant average molar heat capacitics of NH, hquid (Jmol- K ) 125