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19 Nov 2019
q2 part a and b
Q2. A liquid stream containing benzene (30 mol%), toluene (50 mol%] and the rest p-xylene flows through a conduit that has a square cross-sectio The total flow rate of the stream is 10.0 mol/s. The density of the liquid is 0.87 g/cm3 and the conduit is 0.10 m on a side a) Calculate the following: i. the mass fraction of each component. ii average molecular weight of the mixture iii. mass flow rate of the stream in kg/h. iv. volumetric flow rate of the stream in L./min. v. molarity of each component CHENG 111 Intoduction to Chemical Engineering SEM. 1 2017 b) If the stream enters a distillation column where all the benzene is converted to vapor and the other components are retained as liquid, how will the mole fraction and mass fraction of each component be affected? (Do not carry out any calculations, justify your answers with a suitable explanation)
q2 part a and b
Q2. A liquid stream containing benzene (30 mol%), toluene (50 mol%] and the rest p-xylene flows through a conduit that has a square cross-sectio The total flow rate of the stream is 10.0 mol/s. The density of the liquid is 0.87 g/cm3 and the conduit is 0.10 m on a side a) Calculate the following: i. the mass fraction of each component. ii average molecular weight of the mixture iii. mass flow rate of the stream in kg/h. iv. volumetric flow rate of the stream in L./min. v. molarity of each component CHENG 111 Intoduction to Chemical Engineering SEM. 1 2017 b) If the stream enters a distillation column where all the benzene is converted to vapor and the other components are retained as liquid, how will the mole fraction and mass fraction of each component be affected? (Do not carry out any calculations, justify your answers with a suitable explanation)
Hubert KochLv2
6 Jul 2019