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[References] a. Account for this fact: Although methanol (CH3OH) (bp, 64.7 °C) has a higher molar mass than water (bp, 100 °C), the alcohol has a lower boiling point. Methanol has non-polar carbon chain. Methanol is an organic compound and water is an inorganic compound. Water has two O-H bonds and methanol has only one. OMethanol has more hydrogen atoms per molecule. b. Account for this fact: Mixing 50 mL of methanol with 50 mL of water produces a solution with a volume slightly less than 100 mL. Methanol evaporates during the mixing. During hydration, methanol molecules decrease in volume. Water evaporates during the mixing. Water molecules interact extensively with methanol molecules.

[References] a. Account for this fact: Although methanol (CH3OH) (bp, 64.7 °C) has a higher molar mass than water (bp, 100 °C), the alcohol has a lower boiling point. Methanol has non-polar carbon chain. Methanol is an organic compound and water is an inorganic compound. Water has two O-H bonds and methanol has only one. OMethanol has more hydrogen atoms per molecule. b. Account for this fact: Mixing 50 mL of methanol with 50 mL of water produces a solution with a volume slightly less than 100 mL. Methanol evaporates during the mixing. During hydration, methanol molecules decrease in volume. Water evaporates during the mixing. Water molecules interact extensively with methanol molecules.

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
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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Login ATMcGraw Hill IT Central Authe OWLv2 | Assic Content OWLv2 | Orx O8 https://east.cengagenow.com/ilmn/takeAssignment/takeCovalentActivity.do?locator=assignment-take [References] CengageNOW ★ b. Account for this fact: Mixing 50 mL of methanol with 50 mL of water produces a solution with a volume slightly less than 100 mL. Methanol evaporates during the mixing. During hydration, methanol molecules decrease in volume. Owater evaporates during the mixing. Water molecules interact extensively with methanol molecules. New Tab a. Account for this fact: Although methanol (CH3OH) (bp, 64.7 °C) has a higher molar mass than water (bp, 100 °C), the alcohol has a lower boiling point. O Methanol has non-polar carbon chain. Methanol is an organic compound and water is an inorganic compound. O Water has two O-H bonds and methanol has only one. Methanol has more hydrogen atoms per molecule. +
Transcribed Image Text:Login ATMcGraw Hill IT Central Authe OWLv2 | Assic Content OWLv2 | Orx O8 https://east.cengagenow.com/ilmn/takeAssignment/takeCovalentActivity.do?locator=assignment-take [References] CengageNOW ★ b. Account for this fact: Mixing 50 mL of methanol with 50 mL of water produces a solution with a volume slightly less than 100 mL. Methanol evaporates during the mixing. During hydration, methanol molecules decrease in volume. Owater evaporates during the mixing. Water molecules interact extensively with methanol molecules. New Tab a. Account for this fact: Although methanol (CH3OH) (bp, 64.7 °C) has a higher molar mass than water (bp, 100 °C), the alcohol has a lower boiling point. O Methanol has non-polar carbon chain. Methanol is an organic compound and water is an inorganic compound. O Water has two O-H bonds and methanol has only one. Methanol has more hydrogen atoms per molecule. +
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a) Although methanol (CH3OH) (bp, 64.7 °C) has a higher molar mass than water (bp, 100 °C), the alcohol has a lower boiling point.

b) Mixing 50 mL of methanol with 50 mL of water produces a solution with a volume slightly less than 100 mL.

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