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1. Volume of water, ml 500 2 Volume of methanol, ml 500 Density of Water at Tr, (Pw, g/cc) 3 1.0000 4 Density of methanol at Tr, (Pr, g/cc) Moles of water in the feed (W;) = mass /MW 4 Moles of methanol in the feed (M,) = mass /MW Total moles in the feed (F) (Moles of water + Moles of methanol) Mole Fraction of water in the feed (Xw) = W;/ F 6. Mole Fraction of methanol in the feed (X;) = M;/ F 3.

1. Volume of water, ml 500 2 Volume of methanol, ml 500 Density of Water at Tr, (Pw, g/cc) 3 1.0000 4 Density of methanol at Tr, (Pr, g/cc) Moles of water in the feed (W;) = mass /MW 4 Moles of methanol in the feed (M,) = mass /MW Total moles in the feed (F) (Moles of water + Moles of methanol) Mole Fraction of water in the feed (Xw) = W;/ F 6. Mole Fraction of methanol in the feed (X;) = M;/ F 3.

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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SI. No. Description Data 1. Volume of water, ml 500 Volume of methanol, ml 500 3 Density of Water at TR, (Pw, g/cc) 1.0000 4 Density of methanol at TR, (Pr, g/c) 3 Moles of water in the feed (W;) = mass /MW Moles of methanol in the feed (M;) = mass /MW Total moles in the feed (F) (Moles of water + Moles of methanol) 6 Mole Fraction of water in the feed (Xw) = W;/ F 7 Mole Fraction of methanol in the feed (X;) = M;/ F %3! 8 Mole fraction of methanol in the residue (XR) (from the graph) Mole fraction of water in the residue = (1- XR) 10 Average molecular Wt.of the residue (MWR) [(Mol. Wt of water) (1- x) + (Mol.Wt of methanol) (x)] Total No. of moles in the residue (R) 11 Weight of the residue Average Mol.Wt of the residue 12 Mole of water in the residue (WR) = R (1- XR) 13 Mole of methanol in the residue (MR) = R (XR) %3! st
Transcribed Image Text:SI. No. Description Data 1. Volume of water, ml 500 Volume of methanol, ml 500 3 Density of Water at TR, (Pw, g/cc) 1.0000 4 Density of methanol at TR, (Pr, g/c) 3 Moles of water in the feed (W;) = mass /MW Moles of methanol in the feed (M;) = mass /MW Total moles in the feed (F) (Moles of water + Moles of methanol) 6 Mole Fraction of water in the feed (Xw) = W;/ F 7 Mole Fraction of methanol in the feed (X;) = M;/ F %3! 8 Mole fraction of methanol in the residue (XR) (from the graph) Mole fraction of water in the residue = (1- XR) 10 Average molecular Wt.of the residue (MWR) [(Mol. Wt of water) (1- x) + (Mol.Wt of methanol) (x)] Total No. of moles in the residue (R) 11 Weight of the residue Average Mol.Wt of the residue 12 Mole of water in the residue (WR) = R (1- XR) 13 Mole of methanol in the residue (MR) = R (XR) %3! st
Sl. Description Data No. 1 Room Temperature (TR,°C) 25 2 Density of Water at TR, (Rw. 8/cc) 1.000 Density of methanol at Tr, (Ri g/cc) 0.79 4 Molecular Weight (MW) of methanol (CH3OH) 32 Molecular weight (MW) of water (H2O) 18 Volume of Distillate (Vp), ml 270 7 Volume of Residue (VR), ml 700 8 Mass/Weight of Distillate (mp), g 519 - 286.8 9 Mass/Weight of Residue (mr), g 941.6 - 396.6 10 Refractive Index of Distillate (RIp) 1.3375 11 Refractive Index of Residue (RIR) 1.3395 12 Mole fraction of Distillate (xp) (from the calibration chart) 13 Mole fraction of Residue (XR) (from the calibration chart)
Transcribed Image Text:Sl. Description Data No. 1 Room Temperature (TR,°C) 25 2 Density of Water at TR, (Rw. 8/cc) 1.000 Density of methanol at Tr, (Ri g/cc) 0.79 4 Molecular Weight (MW) of methanol (CH3OH) 32 Molecular weight (MW) of water (H2O) 18 Volume of Distillate (Vp), ml 270 7 Volume of Residue (VR), ml 700 8 Mass/Weight of Distillate (mp), g 519 - 286.8 9 Mass/Weight of Residue (mr), g 941.6 - 396.6 10 Refractive Index of Distillate (RIp) 1.3375 11 Refractive Index of Residue (RIR) 1.3395 12 Mole fraction of Distillate (xp) (from the calibration chart) 13 Mole fraction of Residue (XR) (from the calibration chart)
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