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Determine the number of moles in each fraction. Assume that the sample is 10 g in the beginning. Number of moles of the fraction is n, = W/M. fractio w. M lel le/mol) (mmol) A 1.30 11000 0.118 3.00 14000 0.214 4.00 17000 0.235 D 1.70 21000 0.0810 Ew, = 10.0 g En, = 0.648 mmol

Determine the number of moles in each fraction. Assume that the sample is 10 g in the beginning. Number of moles of the fraction is n, = W/M. fractio w. M lel le/mol) (mmol) A 1.30 11000 0.118 3.00 14000 0.214 4.00 17000 0.235 D 1.70 21000 0.0810 Ew, = 10.0 g En, = 0.648 mmol

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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2a) • Determine the number of moles in each fraction. Assume that the sample is 10 g in the beginning. Number of moles of the fraction is n, = w;/M. fractio w. lel le/mol] (mmol A 1.30 11000 0.118 B. 3.00 14000 0.214 4.00 17000 0.235 D 1.70 21000 0.0810 Ew, = 10.0 g En, = 0.648 mmol
Transcribed Image Text:2a) • Determine the number of moles in each fraction. Assume that the sample is 10 g in the beginning. Number of moles of the fraction is n, = w;/M. fractio w. lel le/mol] (mmol A 1.30 11000 0.118 B. 3.00 14000 0.214 4.00 17000 0.235 D 1.70 21000 0.0810 Ew, = 10.0 g En, = 0.648 mmol
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