The experiment involves diluting a 16% sugar solution, prepared by dissolving 16 g of sugar in 100 mL water. Three different solutions are prepared by mixing the 16% sugar solution with various volumes of water. Make appropriate choices from the dropdowns. Work from left to right. Each answer can be calculated from numbers to the left of it in the row. The objective is to calculate the number in the right-hand most column in each row (% sugar in the solution). 16% sugar solution taken / mL water added / mL diluted solution / mL Dilution factor % sugar in diluted solution 25 25 [ Select right answer] ["50", "25", "100", "150"] [ Select right answer] ["1", "0.5", "2"] [ Select right answer] ["8", "50", "12.5", "25"] 25 8.3 [ Select right answer] ["32.3", "16.6", "33.3"] [ Select right answer] ["0.75", "3", "0.25", "1.33", "0.33"] [ Select right answer] ["5.32", "18.75", "12", "4"] 10 30 [ Select right answer] ["30", "130", "40", "20"] [Select right answer] ["4", "0.75", "0.4", "0.25"] [ Select right answer] ["6.4", "2.5", "4", "5.33"]
The experiment involves diluting a 16% sugar solution, prepared by dissolving 16 g of sugar in 100 mL water. Three different solutions are prepared by mixing the 16% sugar solution with various volumes of water. Make appropriate choices from the dropdowns. Work from left to right. Each answer can be calculated from numbers to the left of it in the row. The objective is to calculate the number in the right-hand most column in each row (% sugar in the solution). 16% sugar solution taken / mL water added / mL diluted solution / mL Dilution factor % sugar in diluted solution 25 25 [ Select right answer] ["50", "25", "100", "150"] [ Select right answer] ["1", "0.5", "2"] [ Select right answer] ["8", "50", "12.5", "25"] 25 8.3 [ Select right answer] ["32.3", "16.6", "33.3"] [ Select right answer] ["0.75", "3", "0.25", "1.33", "0.33"] [ Select right answer] ["5.32", "18.75", "12", "4"] 10 30 [ Select right answer] ["30", "130", "40", "20"] [Select right answer] ["4", "0.75", "0.4", "0.25"] [ Select right answer] ["6.4", "2.5", "4", "5.33"]
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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The experiment involves diluting a 16% sugar solution, prepared by dissolving 16 g of sugar in 100 mL water. Three different solutions are prepared by mixing the 16% sugar solution with various volumes of water.
Make appropriate choices from the dropdowns. Work from left to right. Each answer can be calculated from numbers to the left of it in the row.
The objective is to calculate the number in the right-hand most column in each row (% sugar in the solution).
| 16% sugar solution taken / mL | water added / mL |
diluted solution / mL | Dilution factor |
% sugar in diluted solution |
| 25 | 25 | [ Select right answer] ["50", "25", "100", "150"] | [ Select right answer] ["1", "0.5", "2"] | [ Select right answer] ["8", "50", "12.5", "25"] |
| 25 | 8.3 | [ Select right answer] ["32.3", "16.6", "33.3"] | [ Select right answer] ["0.75", "3", "0.25", "1.33", "0.33"] | [ Select right answer] ["5.32", "18.75", "12", "4"] |
| 10 | 30 | [ Select right answer] ["30", "130", "40", "20"] | [Select right answer] ["4", "0.75", "0.4", "0.25"] | [ Select right answer] ["6.4", "2.5", "4", "5.33"] |
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