Based from the study of G. N. Lewis and H. Storch, J. American Chemical Society, 1917, the partial pressures of Br, above a solution containing CCl, as 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 determine the Henry's gas solubility constant of Br, in CCI, at 25 C. Hint: The 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 0.00599 2.39 0.0102 4.27
Based from the study of G. N. Lewis and H. Storch, J. American Chemical Society, 1917, the partial pressures of Br, above a solution containing CCl, as 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 determine the Henry's gas solubility constant of Br, in CCI, at 25 C. Hint: The 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 0.00599 2.39 0.0102 4.27
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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Transcribed Image Text:Based from the study of G. N. Lewis and H. Storch, J.
American Chemical
pressures of Br, above a solution containing CCI, cs
the solvent at 25°C are found to have the values listed
in the table as a function of the mole frcction of Br, in 0.00420 |1.60
Ihe solution. Plot the Br, mole fraction against its
partial pressure ond from this determine the Honry's
gos solubility constant of Br, in CCI, at 25 . Hint. The 0.010214.27
Henry's gas solubility constont is tho slope.
P(Torr)
X
P (Tor)
Soclety. 1917, the partial
1.52
0.0130 5.43
0.0236 | 9.57
0.0238 9.83
0.0250 10.27
0.00394 1.52
0.00599 2.39
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