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Initial volume of water in graduated cylinder (mL) Volume of water and Aluminum (mL) Mass of graduated cylinder with water (g) Mass of graduated cylinder with water and Aluminum(g) Total Mass of Aluminum Volume of water displaced by metal Density of Aluminum (g/mL) Average Density Calculation: Trial 1 20mL 31mL 95mL 125.00 g 30g 11mL Trial 2 20mL 37mL 95mL 140.00 g 45g 17mL Trial 3 20mL 41mL 95mL 155.00 g 60g 21mL

Initial volume of water in graduated cylinder (mL) Volume of water and Aluminum (mL) Mass of graduated cylinder with water (g) Mass of graduated cylinder with water and Aluminum(g) Total Mass of Aluminum Volume of water displaced by metal Density of Aluminum (g/mL) Average Density Calculation: Trial 1 20mL 31mL 95mL 125.00 g 30g 11mL Trial 2 20mL 37mL 95mL 140.00 g 45g 17mL Trial 3 20mL 41mL 95mL 155.00 g 60g 21mL

Chemistry
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
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Find the Density of Al

**Table 4: Mass and Volume Measurements for Aluminum** | | Trial 1 | Trial 2 | Trial 3 | |--------------------------------|---------|---------|---------| | Initial volume of water in graduated cylinder (mL) | 20 mL | 20 mL | 20 mL | | Volume of water and Aluminum (mL) | 31 mL | 37 mL | 41 mL | | Mass of graduated cylinder with water (g) | 95 g | 95 g | 95 g | | Mass of graduated cylinder with water and Aluminum (g) | 125 g | 140 g | 155 g | | Total Mass of Aluminum | 30 g | 45 g | 60 g | | Volume of water displaced by metal | 11 mL | 17 mL | 21 mL | | Density of Aluminum (g/mL) | | | | **Average Density Calculation:** The table outlines the experimental measurements for determining the density of aluminum. For each trial, the initial volume of water in a graduated cylinder and the subsequent volume with aluminum were recorded. The mass of the graduated cylinder with both water and aluminum was also measured, allowing for the calculation of the mass and volume displaced by the metal. The density of aluminum can be derived using these values, although the specific densities are not provided in the table.
Transcribed Image Text:**Table 4: Mass and Volume Measurements for Aluminum** | | Trial 1 | Trial 2 | Trial 3 | |--------------------------------|---------|---------|---------| | Initial volume of water in graduated cylinder (mL) | 20 mL | 20 mL | 20 mL | | Volume of water and Aluminum (mL) | 31 mL | 37 mL | 41 mL | | Mass of graduated cylinder with water (g) | 95 g | 95 g | 95 g | | Mass of graduated cylinder with water and Aluminum (g) | 125 g | 140 g | 155 g | | Total Mass of Aluminum | 30 g | 45 g | 60 g | | Volume of water displaced by metal | 11 mL | 17 mL | 21 mL | | Density of Aluminum (g/mL) | | | | **Average Density Calculation:** The table outlines the experimental measurements for determining the density of aluminum. For each trial, the initial volume of water in a graduated cylinder and the subsequent volume with aluminum were recorded. The mass of the graduated cylinder with both water and aluminum was also measured, allowing for the calculation of the mass and volume displaced by the metal. The density of aluminum can be derived using these values, although the specific densities are not provided in the table.
Expert Solution
Step 1

Density can be calculated using formula : 

Density = Mass / Volume 

 

Average density would be calculated using all values of density. 

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