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Based from the study of G. N. Lewis and H. Storch, J. American Chemical Society, 1917, the partial a pressures of Br, above a solution containing CCI, as P(Torr)| X P (Torr) 0.0130 5.43 0.0236 9.57 0.0238 9.83 0.0250 10.27 0.00394 | 1.52 the solvent at 25°C are found to have the values listed in the table as a function of the mole fraction of Br, in 0.00420 | 1.60 the solution. Plot the Br2 mole fraction against its 0.00599 2.39 partial pressure and from this determine the Henry's gas solubility constant of Br, in CCI, at 25°C. Hint: The 0.0102 |4.27 Henry's gas solubility constant is the slope.

Based from the study of G. N. Lewis and H. Storch, J. American Chemical Society, 1917, the partial a pressures of Br, above a solution containing CCI, as P(Torr)| X P (Torr) 0.0130 5.43 0.0236 9.57 0.0238 9.83 0.0250 10.27 0.00394 | 1.52 the solvent at 25°C are found to have the values listed in the table as a function of the mole fraction of Br, in 0.00420 | 1.60 the solution. Plot the Br2 mole fraction against its 0.00599 2.39 partial pressure and from this determine the Henry's gas solubility constant of Br, in CCI, at 25°C. Hint: The 0.0102 |4.27 Henry's gas solubility constant is the slope.

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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Based from the study of G. N. Lewis and H. Storch, J. American Chemical Society, 1917, the partial B, pressures of Br, above a solution containing CCI, as P (Torr)| X P (Torr) 0.00394 | 1.52 0.0130 5.43 the solvent at 25°C are found to have the values listed in the table as a function of the mole fraction of Br, in 0.00420 | 1.60 the solution. Plot the Br, mole fraction against its partial pressure and from this detemine the Henry's gas solubility constant of Br, in CCI, at 25°C. Hint: The 0.0102 4.27 Henry's gas solubility constant is the slope. 0.0236 9.57 0.0238 9.83 0.00599 2.39 0.0250 10.27
Transcribed Image Text:Based from the study of G. N. Lewis and H. Storch, J. American Chemical Society, 1917, the partial B, pressures of Br, above a solution containing CCI, as P (Torr)| X P (Torr) 0.00394 | 1.52 0.0130 5.43 the solvent at 25°C are found to have the values listed in the table as a function of the mole fraction of Br, in 0.00420 | 1.60 the solution. Plot the Br, mole fraction against its partial pressure and from this detemine the Henry's gas solubility constant of Br, in CCI, at 25°C. Hint: The 0.0102 4.27 Henry's gas solubility constant is the slope. 0.0236 9.57 0.0238 9.83 0.00599 2.39 0.0250 10.27
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