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Match each statement with the solution (or solutions) it describes. Each statement could represent one, two, or all three of the solution types. Conversely, if the statement does not apply to any of the solution types (ie. does not apply to solutions at all), choose "none of the solutions". Statement Type of solution It contains less solute molecules than the solvent can hold. All solutions None of the solutions Crystallization does not occur when a small amount of solute is added. supersaturated saturated & supersaturated The solution clear. unsaturated & saturated saturated unsaturated A solution is saturated at 25 g per 100 g of solution; this solution has 22 grams in 100 g of solution.

Match each statement with the solution (or solutions) it describes. Each statement could represent one, two, or all three of the solution types. Conversely, if the statement does not apply to any of the solution types (ie. does not apply to solutions at all), choose "none of the solutions". Statement Type of solution It contains less solute molecules than the solvent can hold. All solutions None of the solutions Crystallization does not occur when a small amount of solute is added. supersaturated saturated & supersaturated The solution clear. unsaturated & saturated saturated unsaturated A solution is saturated at 25 g per 100 g of solution; this solution has 22 grams in 100 g of solution.

Chemistry for Today: General, Organic, and Biochemistry
Chemistry for Today: General, Organic, and Biochemistry
9th Edition
ISBN:9781305960060
Author:Spencer L. Seager, Michael R. Slabaugh, Maren S. Hansen
Publisher:Spencer L. Seager, Michael R. Slabaugh, Maren S. Hansen
Chapter7: Sollutions And Colloids
Section: Chapter Questions
Problem 7.2E
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Match each statement with the solution (or solutions) it describes. Each statement could represent one, two, or all three of the solution types. Conversely, if the statement does not apply to any of the solution types (ie. does not apply to solutions at all), choose "none of the solutions". Statement Type of solution It contains less solute molecules than the solvent can hold. All solutions None of the solutions Crystallization does not occur when a small amount of solute is added. supersaturated saturated & supersaturated The solution is clear. unsaturated & saturated saturated unsaturated A solution is saturated at 25 g per 100 g of solution; this solution has 22 grams in 100 g of solution. It contains as much solute molecules as the solvent can hold at a given temperature. Crystallization occurs when a small amount of solute is added. Is a mixture. A solution is saturated at 25 g per 100 g of solution; this solution has 25 grams in 100 g of solution. It contains more solute molecules than usually can dissolve. Is cloudy. A solution is saturated at 25 g per 100 g of solution; this solution has 31 grams in 100 g of solution.
Transcribed Image Text:Match each statement with the solution (or solutions) it describes. Each statement could represent one, two, or all three of the solution types. Conversely, if the statement does not apply to any of the solution types (ie. does not apply to solutions at all), choose "none of the solutions". Statement Type of solution It contains less solute molecules than the solvent can hold. All solutions None of the solutions Crystallization does not occur when a small amount of solute is added. supersaturated saturated & supersaturated The solution is clear. unsaturated & saturated saturated unsaturated A solution is saturated at 25 g per 100 g of solution; this solution has 22 grams in 100 g of solution. It contains as much solute molecules as the solvent can hold at a given temperature. Crystallization occurs when a small amount of solute is added. Is a mixture. A solution is saturated at 25 g per 100 g of solution; this solution has 25 grams in 100 g of solution. It contains more solute molecules than usually can dissolve. Is cloudy. A solution is saturated at 25 g per 100 g of solution; this solution has 31 grams in 100 g of solution.
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