Based from the study of G. N. Lewis and H. Storch, J. American Chemical Soclety. 1917, the partial pressures of Br, above a solution containing CCI, as 00394 1.52 the solvent at 25°C are found to have...


Based from the study of G. N. Lewis and H. Storch, J.<br>American Chemical Soclety. 1917, the partial<br>pressures of Br, above a solution containing CCI, as 00394 1.52<br>the solvent at 25°C are found to have the values isted<br>in the table as a function of the mole traction of Br, in 0.00420 1.60<br>the solution. Plot the Br, mole fraction against its 0.00599 239<br>partial prossuro and from this determine the Honry's<br>gas solubility constant of Br, In CO, at 25°C. Hint: The 0.0102 4.27<br>Henry's gas solubility constant is the slope.<br>P(Torr)<br>P(Torr)<br>0.0130 5.43<br>0.0236 9.57<br>0.0238 9.83<br>0.0250 10.27<br>

Extracted text: Based from the study of G. N. Lewis and H. Storch, J. American Chemical Soclety. 1917, the partial pressures of Br, above a solution containing CCI, as 00394 1.52 the solvent at 25°C are found to have the values isted in the table as a function of the mole traction of Br, in 0.00420 1.60 the solution. Plot the Br, mole fraction against its 0.00599 239 partial prossuro and from this determine the Honry's gas solubility constant of Br, In CO, at 25°C. Hint: The 0.0102 4.27 Henry's gas solubility constant is the slope. P(Torr) P(Torr) 0.0130 5.43 0.0236 9.57 0.0238 9.83 0.0250 10.27

Jun 07, 2022
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