In a chromatography experiment, samples can be separated based on their polarity. If you have a polar solvent and nonpolar chromatography sheet, what conclusion can be drawn from analyzing the results? A. The sample that travels farthest up the sheet is most like the solvent, therefore it must be polar. B. The sample that travels farthest up the sheet is most like the solvent, therefore it must be nonpolar. C. The sample that doesn't travel at all and stays near the origin is most like the sheet, therefore it must be polar. D. The sample that doesn't travel at all and stays near the origin is most like the solvent, therefore it must be polar.
In a chromatography experiment, samples can be separated based on their polarity. If you have a polar solvent and nonpolar chromatography sheet, what conclusion can be drawn from analyzing the results? A. The sample that travels farthest up the sheet is most like the solvent, therefore it must be polar. B. The sample that travels farthest up the sheet is most like the solvent, therefore it must be nonpolar. C. The sample that doesn't travel at all and stays near the origin is most like the sheet, therefore it must be polar. D. The sample that doesn't travel at all and stays near the origin is most like the solvent, therefore it must be polar.
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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In a chromatography experiment, samples can be separated based on their polarity. If you have a polar solvent and nonpolar chromatography sheet, what conclusion can be drawn from analyzing the results?
A. The sample that travels farthest up the sheet is most like the solvent, therefore it must be polar.
B. The sample that travels farthest up the sheet is most like the solvent, therefore it must be nonpolar.
C. The sample that doesn't travel at all and stays near the origin is most like the sheet, therefore it must be polar.
D. The sample that doesn't travel at all and stays near the origin is most like the solvent, therefore it must be polar.
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