Reevaluate your calculations. Collected Volume sodium carbonate (mL) 99.0 Molarity sodium carbonate (M) 0.10 Volume calcium chloride (mL) 100.0 Molarity calcium chloride (M) 0.10 Observations The substance turns from clear liquid to a cloudy white substance. Mass filter paper (g) 0.27 Mass filter paper + precipitate (g) 1.14 Calculated Observed mass calcium 0.87 carbonate (g) Identify limiting reactant Sodium carbonate Expected mass calcium carbonate (g) Percent yield (%)
Reevaluate your calculations. Collected Volume sodium carbonate (mL) 99.0 Molarity sodium carbonate (M) 0.10 Volume calcium chloride (mL) 100.0 Molarity calcium chloride (M) 0.10 Observations The substance turns from clear liquid to a cloudy white substance. Mass filter paper (g) 0.27 Mass filter paper + precipitate (g) 1.14 Calculated Observed mass calcium 0.87 carbonate (g) Identify limiting reactant Sodium carbonate Expected mass calcium carbonate (g) Percent yield (%)
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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Transcribed Image Text:Lab Data
Reevaluate your calculations.
Collected
Volume sodium carbonate (mL)
99.0
Molarity sodium carbonate (M)
0.10
Volume calcium chloride (mL)
100.0
Molarity calcium chloride (M)
0.10
Observations
The substance turns from clear liquid to a cloudy white
substance.
Mass filter paper (g)
0.27
Mass filter paper + precipitate (g)
1.14
Calculated
Observed mass calcium
0.87
carbonate (g)
MY NOTES
Identify limiting reactant
Sodium carbonate
Expected mass calcium
carbonate (g)
Percent yield (%)
How to calculate theoretical yield and percent yield
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