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At 25°C, the partial molar volume of water in this solution is 17.7 cm mol', and that of methanol is 38.8 cm mol". At this temperature, the density of water and methanol are 0.997 g cm3 and 0.786 g cm3, respectively. What is the volume of the solution formed by mixing 100.0 cm of water and 100.0 cm of methanol? Molar mass: CH;OH = 32.04; H2O = 18.02

At 25°C, the partial molar volume of water in this solution is 17.7 cm mol', and that of methanol is 38.8 cm mol". At this temperature, the density of water and methanol are 0.997 g cm3 and 0.786 g cm3, respectively. What is the volume of the solution formed by mixing 100.0 cm of water and 100.0 cm of methanol? Molar mass: CH;OH = 32.04; H2O = 18.02

Chemistry
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
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At 25°C, the partial molar volume of water in this solution is 17.7 cm mol', and that of methanol is 38.8 cm mol". At this temperature, the density of water and methanol are 0.997 g cm3 and 0.786 g cm3, respectively. What is the volume of the solution formed by mixing 100.0 cm of water and 100.0 cm of methanol? Molar mass: CH;OH = 32.04; H2O = 18.02
Transcribed Image Text:At 25°C, the partial molar volume of water in this solution is 17.7 cm mol', and that of methanol is 38.8 cm mol". At this temperature, the density of water and methanol are 0.997 g cm3 and 0.786 g cm3, respectively. What is the volume of the solution formed by mixing 100.0 cm of water and 100.0 cm of methanol? Molar mass: CH;OH = 32.04; H2O = 18.02
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