8. The diagram below illustrates an osmotic pressure experiment involving two solutions, 0.10 M aqueous NaCl and 0.15 M aqueous glucose (C6H12O6), at the same temperature. The semipermiable barrier only allows water to pass through. At the start (left diagram) equal volumes of the two solutions were placed in the apparatus. After a while the result on the right diagram was seen. Which of the two solutions was added on the left side of the apparatus? U Group of answer choices 0.15 M glucose impossible to tell 0.10 M NACI 5

General, Organic, and Biological Chemistry
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Chapter8: Solutions
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Problem 8.86EP: Assume that you have identical volumes of two liquids; the first is 0.3 M glucose solution and the...
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8. The diagram below illustrates an osmotic pressure experiment involving two
solutions, 0.10 M aqueous NaCl and 0.15 M aqueous glucose (C6H12O6), at the
same temperature. The semipermiable barrier only allows water to pass through. At
the start (left diagram) equal volumes of the two solutions were placed in the
apparatus. After a while the result on the right diagram was seen. Which of the two
solutions was added on the left side of the apparatus?
Group of answer choices
0.15 glucose
impossible to tell
0.10 M NaCl
5
C
Transcribed Image Text:8. The diagram below illustrates an osmotic pressure experiment involving two solutions, 0.10 M aqueous NaCl and 0.15 M aqueous glucose (C6H12O6), at the same temperature. The semipermiable barrier only allows water to pass through. At the start (left diagram) equal volumes of the two solutions were placed in the apparatus. After a while the result on the right diagram was seen. Which of the two solutions was added on the left side of the apparatus? Group of answer choices 0.15 glucose impossible to tell 0.10 M NaCl 5 C
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