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1. Calculate the following: a. The vapor pressure of benzene, C6H6, at 25°C in an ideal solution containing 1.66 mol of benzene and 0.313 mol of toluene. The vapor pressure of pure benzene is 96.0 torr. b. The vapor pressure of toluene, C7H8, at 25°C in an ideal solution containing 1.66 mol of benzene and 0.313 mol of toluene. The vapor pressure of pure toluene is 27.0 torr. c. The total vapor pressure at 25°C above a solution containing 1.66 mol benzene and 0.313 mol toluene. 2. Sucrose, C12H22011, is a nonvolatile and nonionic. For a 3.15 m solution of sucrose in water, calculate the following (see table 13.3 in your textbook): a. the freezing point of the solution

1. Calculate the following: a. The vapor pressure of benzene, C6H6, at 25°C in an ideal solution containing 1.66 mol of benzene and 0.313 mol of toluene. The vapor pressure of pure benzene is 96.0 torr. b. The vapor pressure of toluene, C7H8, at 25°C in an ideal solution containing 1.66 mol of benzene and 0.313 mol of toluene. The vapor pressure of pure toluene is 27.0 torr. c. The total vapor pressure at 25°C above a solution containing 1.66 mol benzene and 0.313 mol toluene. 2. Sucrose, C12H22011, is a nonvolatile and nonionic. For a 3.15 m solution of sucrose in water, calculate the following (see table 13.3 in your textbook): a. the freezing point of the solution

Chemistry: An Atoms First Approach
Chemistry: An Atoms First Approach
2nd Edition
ISBN:9781305079243
Author:Steven S. Zumdahl, Susan A. Zumdahl
Publisher:Steven S. Zumdahl, Susan A. Zumdahl
Chapter16: Spontaneity, Entropy, And Free Energy
Section: Chapter Questions
Problem 114CP: Carbon tetrachloride (CCl4) and benzene (C6H6) form ideal solutions. Consider an equimolar solution...
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Calculate the following: 

The vapor pressure of benezene, C6H6 at 25C in an ideal solution containing 1.66 mol of benezene and 0.313 of toulene. The vapor pressure of pure benezene is 96.0 torr. 

1. Calculate the following: a. The vapor pressure of benzene, C6H6, at 25°C in an ideal solution containing 1.66 mol of benzene and 0.313 mol of toluene. The vapor pressure of pure benzene is 96.0 torr. b. The vapor pressure of toluene, C7H8, at 25°C in an ideal solution containing 1.66 mol of benzene and 0.313 mol of toluene. The vapor pressure of pure toluene is 27.0 torr. c. The total vapor pressure at 25°C above a solution containing 1.66 mol benzene and 0.313 mol toluene. 2. Sucrose, C12H22011, is a nonvolatile and nonionic. For a 3.15 m solution of sucrose in water, calculate the following (see table 13.3 in your textbook): a. the freezing point of the solution
Transcribed Image Text:1. Calculate the following: a. The vapor pressure of benzene, C6H6, at 25°C in an ideal solution containing 1.66 mol of benzene and 0.313 mol of toluene. The vapor pressure of pure benzene is 96.0 torr. b. The vapor pressure of toluene, C7H8, at 25°C in an ideal solution containing 1.66 mol of benzene and 0.313 mol of toluene. The vapor pressure of pure toluene is 27.0 torr. c. The total vapor pressure at 25°C above a solution containing 1.66 mol benzene and 0.313 mol toluene. 2. Sucrose, C12H22011, is a nonvolatile and nonionic. For a 3.15 m solution of sucrose in water, calculate the following (see table 13.3 in your textbook): a. the freezing point of the solution
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