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In an experiment to determine the relative molecular mass of ethanoic acid in an organic solvent, 120 was obtained instead of the expected value of 60. What could be the explanation for this phenomenon? Vapours of volatile liquids deviate from A ideal gas behavior. Ethanoic acid decomposes to methane and B carbon dioxide. C Ethanoic acid partially dissociates. Ethanoic acid vapour exists in the form of D the dimers.

In an experiment to determine the relative molecular mass of ethanoic acid in an organic solvent, 120 was obtained instead of the expected value of 60. What could be the explanation for this phenomenon? Vapours of volatile liquids deviate from A ideal gas behavior. Ethanoic acid decomposes to methane and B carbon dioxide. C Ethanoic acid partially dissociates. Ethanoic acid vapour exists in the form of D the dimers.

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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3. In an experiment to determine the relative molecular mass of ethanoic acid in an organic solvent, 120 was obtained instead of the expected value of 60. What could be the explanation for this phenomenon? Vapours of volatile liquids deviate from A ideal gas behavior. Ethanoic acid decomposes to methane and 13 carbon dioxide. C Elhanoic acid partially dissociates. Ethanoic acid vapour exists in the forim of the dimers.
Transcribed Image Text:3. In an experiment to determine the relative molecular mass of ethanoic acid in an organic solvent, 120 was obtained instead of the expected value of 60. What could be the explanation for this phenomenon? Vapours of volatile liquids deviate from A ideal gas behavior. Ethanoic acid decomposes to methane and 13 carbon dioxide. C Elhanoic acid partially dissociates. Ethanoic acid vapour exists in the forim of the dimers.
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