4. In the water and glycerol mixture, the relationship between molar volume and mol fraction of glycerol is given in the following table at 20°C: X₂ (mol fraction of glycerol) 0 0.0212 0.0466 0.1153 0.2269 0.4390 0.6923 1 Molar volume (cm³ mol-¹) 18.05 19.18 20.53 24.18 30.21 41.82 55.87 73.02 (a) Calculate the partial molar volume of water and glycerol as a function of X2. (b) Show that the molar volume in the table can be calculated using the partial molar volume.
4. In the water and glycerol mixture, the relationship between molar volume and mol fraction of glycerol is given in the following table at 20°C: X₂ (mol fraction of glycerol) 0 0.0212 0.0466 0.1153 0.2269 0.4390 0.6923 1 Molar volume (cm³ mol-¹) 18.05 19.18 20.53 24.18 30.21 41.82 55.87 73.02 (a) Calculate the partial molar volume of water and glycerol as a function of X2. (b) Show that the molar volume in the table can be calculated using the partial molar volume.
Chapter16: Applications Of Neutralization Titrations
Section: Chapter Questions
Problem 16.7QAP
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