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When 50 g of aniline was mixed with 50 g of water were mixed at 363 K, two layers were formed. The aniline-rich layer contained 90% (by weight) aniline, and the water- rich layer contained 8% aniline. Using the analytical method (or mass balance), calculate the weight of each layer. Hint: The given data can be diagrammed as shown below, and the problem can be solved in a manner similar to how the lever rule was derived in p. 14. aniline-rich layer x g mixture 100 g water-rich layer (100 – x) g [51.2 g; 48.8 g]

When 50 g of aniline was mixed with 50 g of water were mixed at 363 K, two layers were formed. The aniline-rich layer contained 90% (by weight) aniline, and the water- rich layer contained 8% aniline. Using the analytical method (or mass balance), calculate the weight of each layer. Hint: The given data can be diagrammed as shown below, and the problem can be solved in a manner similar to how the lever rule was derived in p. 14. aniline-rich layer x g mixture 100 g water-rich layer (100 – x) g [51.2 g; 48.8 g]

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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When 50 g of aniline was mixed with 50 g of water were mixed at 363 K, two layers were formed. The aniline-rich layer contained 90% (by weight) aniline, and the water- rich layer contained 8% aniline. Using the analytical method (or mass balance), calculate the weight of each layer. Hint: The given data can be diagrammed as shown below, and the problem can be solved in a manner similar to how the lever rule was derived in p. 14. aniline-rich layer x g mixture 100 g water-rich layer (100- х) g [51.2 g; 48.8 g]
Transcribed Image Text:When 50 g of aniline was mixed with 50 g of water were mixed at 363 K, two layers were formed. The aniline-rich layer contained 90% (by weight) aniline, and the water- rich layer contained 8% aniline. Using the analytical method (or mass balance), calculate the weight of each layer. Hint: The given data can be diagrammed as shown below, and the problem can be solved in a manner similar to how the lever rule was derived in p. 14. aniline-rich layer x g mixture 100 g water-rich layer (100- х) g [51.2 g; 48.8 g]
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