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Data and Observations: Data Table Mass Volume Solution A-1 6.30009 4,25009 5.00ML 5.00 ML Solution A-2 Density Name Date ANALYSIS Calculations: B1. Use the data collected above to calculate the density of solutions A-1 and A-2. Show the equation for density as well as all calculation steps. Include units and the correct number of significant figures in your work and answer. Put your final answers in the boxes provided. Dehsity= Mass Density of Solution A-1 = Density of Solution A-2 = B2. Use the calculated density of your A-1 solution to determine the volume (in mL) of sample that would weigh 2.5 kg. Show all equations and work with units and to the correct significant figures. Put a box around your final answer. B3. Use the calculated density of your A-2 solution to determine the mass (in g) of sample that would have a volume of 2.50 L. Show all equations and work with units and to the correct significant figures. Put a box around your final answer.

Data and Observations: Data Table Mass Volume Solution A-1 6.30009 4,25009 5.00ML 5.00 ML Solution A-2 Density Name Date ANALYSIS Calculations: B1. Use the data collected above to calculate the density of solutions A-1 and A-2. Show the equation for density as well as all calculation steps. Include units and the correct number of significant figures in your work and answer. Put your final answers in the boxes provided. Dehsity= Mass Density of Solution A-1 = Density of Solution A-2 = B2. Use the calculated density of your A-1 solution to determine the volume (in mL) of sample that would weigh 2.5 kg. Show all equations and work with units and to the correct significant figures. Put a box around your final answer. B3. Use the calculated density of your A-2 solution to determine the mass (in g) of sample that would have a volume of 2.50 L. Show all equations and work with units and to the correct significant figures. Put a box around your final answer.

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
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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Data and Observations: Data Table Mass Volume Solution A-1 6.30009 4.25009 5.00ML 5.00 ML Solution A-2 Density Name Date ANALYSIS Calculations: 31. Use the data collected above to calculate the density of solutions A-1 and A-2. Show the equation for density as well as all calculation steps. Include units and the correct number of significant figures in your work and answer. Put your final answers in the boxes provided. ehsi E Mass Density of Solution A-1 = Density of Solution A-2 = B2. Use the calculated density of your A-1 solution to determine the volume (in mL) of sample that would weigh 2.5 kg. Show all equations and work with units and to the correct significant figures. Put a box around your final answer. B3. Use the calculated density of your A-2 solution to determine the mass (in g) of sample that would have a volume of 2.50 L. Show all equations and work with units and to the correct significant figures. Put a box around your final answer.
Transcribed Image Text:Data and Observations: Data Table Mass Volume Solution A-1 6.30009 4.25009 5.00ML 5.00 ML Solution A-2 Density Name Date ANALYSIS Calculations: 31. Use the data collected above to calculate the density of solutions A-1 and A-2. Show the equation for density as well as all calculation steps. Include units and the correct number of significant figures in your work and answer. Put your final answers in the boxes provided. ehsi E Mass Density of Solution A-1 = Density of Solution A-2 = B2. Use the calculated density of your A-1 solution to determine the volume (in mL) of sample that would weigh 2.5 kg. Show all equations and work with units and to the correct significant figures. Put a box around your final answer. B3. Use the calculated density of your A-2 solution to determine the mass (in g) of sample that would have a volume of 2.50 L. Show all equations and work with units and to the correct significant figures. Put a box around your final answer.
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