**Laboratory Report****The Density of Reference Solutions****Mass of empty beaker: 100.750 g**| Solution | Mass of the solution and beaker, g | Mass of solution, g | Sample Volume, mL | Density, g/mL ||----------|------------------------------------|---------------------|-------------------|---------------|| 0% Sugar | 110.753 g | | 10.00 mL | || 5% Sugar | 111.015 g | | 10.00 mL | || 10% Sugar| 111.245 g | | 10.00 mL | || 15% Sugar| 111.515 g | | 10.00 mL | || 20% Sugar| 111.756 g | | 10.00 mL | |**Beverage Densities**| Beverage | Mass of the solution and beaker, g | Mass of solution, g | Sample Volume, mL | Density, g/mL ||----------|------------------------------------|---------------------|-------------------|---------------|| Coke | 111.710 g | | 10.00 mL | || Sprite | 111.405 g | | 10.00 mL | |**Calculations:** To calculate the mass of the solution, subtract the mass of the empty beaker from the mass of the solution and beaker. For calculating the density, divide the mass of the solution by the sample volume.This table presents the data collected for the analysis of solution densities, including different sugar concentrations (0%, 5%, 10%, 15%, and 20%) as well as beverages (Coke and Sprite). The table details the total mass of the solution and beaker, with an empty beaker mass of 100.750 g used as a reference. The sample volume for each solution is consistently 10.00 mL. Density calculations are to be completed using the recorded masses.

Answered: The Density of Reference Solutions

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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**Laboratory Report**

**The Density of Reference Solutions**

**Mass of empty beaker: 100.750 g**

| Solution | Mass of the solution and beaker, g | Mass of solution, g | Sample Volume, mL | Density, g/mL |
|----------|------------------------------------|---------------------|-------------------|---------------|
| 0% Sugar | 110.753 g | | 10.00 mL | |
| 5% Sugar | 111.015 g | | 10.00 mL | |
| 10% Sugar| 111.245 g | | 10.00 mL | |
| 15% Sugar| 111.515 g | | 10.00 mL | |
| 20% Sugar| 111.756 g | | 10.00 mL | |

**Beverage Densities**

| Beverage | Mass of the solution and beaker, g | Mass of solution, g | Sample Volume, mL | Density, g/mL |
|----------|------------------------------------|---------------------|-------------------|---------------|
| Coke | 111.710 g | | 10.00 mL | |
| Sprite | 111.405 g | | 10.00 mL | |

**Calculations:**

To calculate the mass of the solution, subtract the mass of the empty beaker from the mass of the solution and beaker. For calculating the density, divide the mass of the solution by the sample volume.

This table presents the data collected for the analysis of solution densities, including different sugar concentrations (0%, 5%, 10%, 15%, and 20%) as well as beverages (Coke and Sprite). The table details the total mass of the solution and beaker, with an empty beaker mass of 100.750 g used as a reference. The sample volume for each solution is consistently 10.00 mL. Density calculations are to be completed using the recorded masses.

Expert Solution

Step 1

Density is defined as mass per unit volume.

In this case, the mass of the sample (of volume 10 mL) can be determined by dividing the mass of the sample (obtained by subtracting the mass of the empty beaker from the combined mass of the solution and beaker) with the colume.

The calculation table is as follows.

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