When 1 mole of water is added to an infinitely large amount of an aqueous methanol solution having a mole fraction of methanol of .40, the volume of the solution increased by 17.35cm^3 and 25C. When 1 mole of methanol is added to such a solution, the volume increases by 39.01 cm^3. Calculate the volume of a solution containing .40 mole of methanol and .60 mole of water. What is the volume of .6 mole of water plus the volume of .4 mole of methanol before they are mixed? The densities of water and methanol at 25C are .998g/cm^3 and .791g/cm^3 respectivley.
When 1 mole of water is added to an infinitely large amount of an aqueous methanol solution having a mole fraction of methanol of .40, the volume of the solution increased by 17.35cm^3 and 25C. When 1 mole of methanol is added to such a solution, the volume increases by 39.01 cm^3. Calculate the volume of a solution containing .40 mole of methanol and .60 mole of water. What is the volume of .6 mole of water plus the volume of .4 mole of methanol before they are mixed? The densities of water and methanol at 25C are .998g/cm^3 and .791g/cm^3 respectivley.
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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When 1 mole of water is added to an infinitely large amount of an aqueous methanol solution having a mole fraction of methanol of .40, the volume of the solution increased by 17.35cm^3 and 25C. When 1 mole of methanol is added to such a solution, the volume increases by 39.01 cm^3. Calculate the volume of a solution containing .40 mole of methanol and .60 mole of water. What is the volume of .6 mole of water plus the volume of .4 mole of methanol before they are mixed? The densities of water and methanol at 25C are .998g/cm^3 and .791g/cm^3 respectivley.
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