Information: A student performs an experiment with three unknown liquids. The following measurements are obtained (you will want to get the masses and volumes into the same units in order to compare them to one another.) • Fluid A: m = 2.060 kg, V = 2000 mL • Fluid B: m = 6.729 x 103 dg, V = 85 CL • Fluid C: m = 990. g, V = 0.11 daL Questions: 1. What is the total volume of the three solutions when they are mixed? 2. What is the density of each substance?

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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Please help with question 2
Prelab:
Information: A student performs an experiment
with three unknown liquids. The following
measurements are obtained (you will want to get
the masses and volumes into the same units in
order to compare them to one another.)
• Fluid A: m = 2.060 kg, V = 2000 mL
• Fluid B: m = 6.729 x 103 dg, V = 85 CL
Fluid C: m = 990. g, V = 0.11 daL
Questions:
1. What is the total volume of the three
solutions when they are mixed?
2. What is the density of each substance?
3. Draw how the fluids would be layered if
they were combined in a beaker according
to the proportion of volume that it takes up
and the appropriate levels due to the
densities if they are carefully layered. The
percentages are there to help you with the
proportion of the total volume each section
would take up compared to the total
volume of the beaker.
100%
75%
50%
Transcribed Image Text:Prelab: Information: A student performs an experiment with three unknown liquids. The following measurements are obtained (you will want to get the masses and volumes into the same units in order to compare them to one another.) • Fluid A: m = 2.060 kg, V = 2000 mL • Fluid B: m = 6.729 x 103 dg, V = 85 CL Fluid C: m = 990. g, V = 0.11 daL Questions: 1. What is the total volume of the three solutions when they are mixed? 2. What is the density of each substance? 3. Draw how the fluids would be layered if they were combined in a beaker according to the proportion of volume that it takes up and the appropriate levels due to the densities if they are carefully layered. The percentages are there to help you with the proportion of the total volume each section would take up compared to the total volume of the beaker. 100% 75% 50%
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