Aliquid feed stream (f) enters at 25°c and consists of 2 mol/min acetic acid (ch3cooh), mol/min of ethanol (c2h5oh), and 10 mol/min water (h20). the feed enters a reactor where the balanced liquid reaction shown below forms ethyl acetate (c4h& o2) and water from acetic acid and ethanol. in the reactor, 38 mol% of the ethanol reacts. the reactor is operated adiabatically. the product liquid stream contains acetic acid, water, ethanol, and ethyl acetate. this is a steady state, continuous process. neglect potential and kinetic energy changes, and work. the process is held at 1 atmosphere ch3cooh (liq) c2h$oh (liq) c4h8o2 (liq) + h20 (liq) draw the process flow diagram. label everything and circle unknowns b. is this an open or closed system? why? write out the appropriate energy balance, including all terms. then cancel out any terms you can and write the simplified equation d. choose reference states for each component, including temperature, phase, and pressure e. construct a table containing compound, moles in and out, and specific enthalpies n and out. leave unknowns blank for now and fill them in as you go. remember to note your units f. given the conversion for the reactor, determine molar flowrates out for all a. c. components. g. using the given information, determine the outlet temperature acetic acid: ah? (l, 25°c)= -486.18 kj/mol, cp = 0.123 kj/mol ethanol: ahp (l, 25°c) = -277.63 kj/mol, cp 0.103 kj/mol water: ah (l, 25°c) = -285.84 kj/mol, cp 0.0754 kj/mol ethyl acetate: ah? (l, 25°c) -463.2 kj/mol, cp 0.170 kj/mol