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Part 2: calculating the concentration of solutions Assume that the volume of solvent placed in the beaker is 100.0 mL. For each of the unsaturated solutions (if a solid did not dissolve, write N/A in the corresponding box) calculate the molarity and the molality. When performing the calculations below, note that the number of mol for each substance it the same in all tables. Molarity calculations: Assume that the volume of the solution coincides with the volume of water (the change in volume due to 10 g of solid is negligible). Make sure to convert the volume in Liters. Substance Mass of substance(g) Molar mass mol of substance Volume of Molarity solution (L) with water Glucose 10.0 180.16 10.0 342.30 Sucrose 10.0 253.80 Iodine 10.0 128.17 Naphthalene

Part 2: calculating the concentration of solutions Assume that the volume of solvent placed in the beaker is 100.0 mL. For each of the unsaturated solutions (if a solid did not dissolve, write N/A in the corresponding box) calculate the molarity and the molality. When performing the calculations below, note that the number of mol for each substance it the same in all tables. Molarity calculations: Assume that the volume of the solution coincides with the volume of water (the change in volume due to 10 g of solid is negligible). Make sure to convert the volume in Liters. Substance Mass of substance(g) Molar mass mol of substance Volume of Molarity solution (L) with water Glucose 10.0 180.16 10.0 342.30 Sucrose 10.0 253.80 Iodine 10.0 128.17 Naphthalene

Principles of Economics 2e
Principles of Economics 2e
2nd Edition
ISBN:9781947172364
Author:Steven A. Greenlaw; David Shapiro
Publisher:Steven A. Greenlaw; David Shapiro
ChapterA: The Use Of Mathematics In Principles Of Economics
Section: Chapter Questions
Problem 3RQ: Exercise A3 What dome slices of a pie chart represent?
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Part 2: calculating the concentration of solutions Assume that the volume of solvent placed in the beaker is 100.0 mL. For each of the unsaturated solutions (if a solid did not dissolve, write N/A in the corresponding box) calculate the molarity and the molality. When performing the calculations below, note that the number of mol for each substance it the same in all tables. Molarity calculations: Assume that the volume of the solution coincides with the volume of water (the change in volume due to 10 g of solid is negligible). Make sure to convert the volume in Liters. Substance Mass of substance(g) Molar mass mol of substance Volume of Molarity solution (L) with water Glucose 10.0 180.16 10.0 342.30 Sucrose 10.0 253.80 Iodine 10.0 128.17 Naphthalene
Transcribed Image Text:Part 2: calculating the concentration of solutions Assume that the volume of solvent placed in the beaker is 100.0 mL. For each of the unsaturated solutions (if a solid did not dissolve, write N/A in the corresponding box) calculate the molarity and the molality. When performing the calculations below, note that the number of mol for each substance it the same in all tables. Molarity calculations: Assume that the volume of the solution coincides with the volume of water (the change in volume due to 10 g of solid is negligible). Make sure to convert the volume in Liters. Substance Mass of substance(g) Molar mass mol of substance Volume of Molarity solution (L) with water Glucose 10.0 180.16 10.0 342.30 Sucrose 10.0 253.80 Iodine 10.0 128.17 Naphthalene
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