A stream from reactor, R-102 consists of 425 kmol/h species (A), 425 kmol/h species (B) and 73 kmol/h species (C). This stream is fed into a partial condenser, V-101 maintained at a pressure of 17 bar, where its temperature is brought to 30C (303.15 K). (a) Assuming the validity of Raoult's law, determine the flow rate of vapor and its compositions at the exit of the partial condenser. K = 11.5 K2=0.88 Ks=9.5761X10 (b) One of your Design Project (DP) team member declared that the highest liquid-phase mole fraction could be species (A) at the exit of the partial condenser. By using appropriate calculation, state whether his suggestion is workable. (9 marks) A stream from reactor, R-102 consists of 425 kmol/h species (A), 425 kmol/h species (B) and 73 kmol/h species (C). This stream is fed into a partial condenser, V-101 maintained at a pressure of 17 bar, where its temperature is brought to 30C (303.15 K). (a) Assuming the validity of Raoult's law, determine the flow rate of vapor and its compositions at the exit of the partial condenser. K = 11.5 K2=0.88 Ks=9.5761X10 (b) One of your Design Project (DP) team member declared that the highest liquid-phase mole fraction could be species (A) at the exit of the partial condenser. By using appropriate calculation, state whether his suggestion is workable. (9 marks)