### Volatile Liquid Experiment Data**Trial #1**- **Volatile Liquid**: Unknown #15 - **Mass of Flask**: 117.386 g - **Mass of Flask and Condensed Sample after Cooling**: 118.758 g - **Mass of Condensed Sample**: 1.372 g - **Temperature of Gas in Hot Water Bath**: - 100.0 °C - 373.0 K - **Atmospheric Pressure**: - 755.6 mm Hg - 0.9942 atm - **Volume of Flask**: - 275.2 mL - 0.2752 L - **Moles of Sample (using the ideal gas law)**: Information not provided**Trial #2**- **Volatile Liquid**: Unknown #15 - **Mass of Flask**: 117.386 g - **Mass of Flask and Condensed Sample after Cooling**: 119.203 g - **Mass of Condensed Sample**: 1.817 g - **Temperature of Gas in Hot Water Bath**: - 99.0 °C - 372.1 K - **Atmospheric Pressure**: - 755.6 mm Hg - 0.9940 atm - **Volume of Flask**: - 275.2 mL - 0.2752 L - **Moles of Sample (using the ideal gas law)**: Information not provided**Overall Data**- **Molar Mass of Sample, Experimental (using moles and mass of sample)**: Information not provided- **Average Molar Mass, Experimental**: Information not provided- **Actual Molar Mass (using molecular formula from page 216)**: Information not provided- **Percent Error in Molar Mass**: 219%Note: Some information on moles of sample, molar mass, and actual molar mass needs additional data or is specified to be derived using calculations.

According to ideal gas equation, Moles of the gas n=PVRT Where, P= pressure, V= volume, R= gas…

Answered: Volume of flask 275.2 mL 275.2 mL…

Volume of flask 275.2 mL 275.2 mL 0.2752 L 0.2752 dast ho sasm Moles of sample PV =nRT (using the ideal gas law) (Show set-up) mol mol

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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### Volatile Liquid Experiment Data

**Trial #1**
- **Volatile Liquid**: Unknown #15
- **Mass of Flask**: 117.386 g
- **Mass of Flask and Condensed Sample after Cooling**: 118.758 g
- **Mass of Condensed Sample**: 1.372 g
- **Temperature of Gas in Hot Water Bath**:
- 100.0 °C
- 373.0 K
- **Atmospheric Pressure**:
- 755.6 mm Hg
- 0.9942 atm
- **Volume of Flask**:
- 275.2 mL
- 0.2752 L
- **Moles of Sample (using the ideal gas law)**: Information not provided

**Trial #2**
- **Volatile Liquid**: Unknown #15
- **Mass of Flask**: 117.386 g
- **Mass of Flask and Condensed Sample after Cooling**: 119.203 g
- **Mass of Condensed Sample**: 1.817 g
- **Temperature of Gas in Hot Water Bath**:
- 99.0 °C
- 372.1 K
- **Atmospheric Pressure**:
- 755.6 mm Hg
- 0.9940 atm
- **Volume of Flask**:
- 275.2 mL
- 0.2752 L
- **Moles of Sample (using the ideal gas law)**: Information not provided

**Overall Data**

- **Molar Mass of Sample, Experimental (using moles and mass of sample)**: Information not provided
- **Average Molar Mass, Experimental**: Information not provided
- **Actual Molar Mass (using molecular formula from page 216)**: Information not provided
- **Percent Error in Molar Mass**: 219%

Note: Some information on moles of sample, molar mass, and actual molar mass needs additional data or is specified to be derived using calculations.

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