1. A liquid has a vapor pressure of 40.00kPa at 298.15K. When 0.080kg of an involatile solute is dissolved in 1 mol of the liquid, the new vapor pressure is 26.66kPa. What is the molar mass of the solute? Assume that the solution is ideal.
1. A liquid has a vapor pressure of 40.00kPa at 298.15K. When 0.080kg of an involatile solute is dissolved in 1 mol of the liquid, the new vapor pressure is 26.66kPa. What is the molar mass of the solute? Assume that the solution is ideal.
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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![1. A liquid has a vapor pressure of 40.00kPa at 298.15K. When 0.080kg of an involatile
solute is dissolved in 1 mol of the liquid, the new vapor pressure is 26.66kPa. What is the
molar mass of the solute? Assume that the solution is ideal,
98 コtて
てかて
25-4-it 25
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Transcribed Image Text:1. A liquid has a vapor pressure of 40.00kPa at 298.15K. When 0.080kg of an involatile
solute is dissolved in 1 mol of the liquid, the new vapor pressure is 26.66kPa. What is the
molar mass of the solute? Assume that the solution is ideal,
98 コtて
てかて
25-4-it 25
えー98
/3)%312
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