Questions 1. C. a. Compute the mean value of the ratio and its standard deviation (Appendix A) of precipitate/mass of limiting reactants to viitneblom Mass b. Give a mean value of the ratio that is consistent with the precision of the data. Calculate a mass for the precipitate that is consistent with the precision of the data. Use the mean valum of the ratio that you calculated in Question 1b and the mass of your limiting reactant.

Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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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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lestractor
The Identity of an Insoluble Precipitate
Results
Mass of weighing paper and Ba(NO₂)2:
Minus mass of weighing paper:
Mass of Ba(NO):
Mass of weighing paper and NH₂SO,H:
Minus mass of weighing paper:
Mass of NH,SO,H:
Mass of watch glass, filter paper and
precipitate:
Minus mass of watch glass, and filter
paper:
Mass of precipitate:
1.6325
1.35851
1.35872
1.36014
1.33934
1.36214
1.34871
03611
1-2814
3.2135
0.3517
2.8618
2.6002
0.8594
1.7408
Ratios (mass of precipitate/mass of limiting reactant). Be sure to include your own result.
Ratio
Ratio
Transcribed Image Text:lestractor The Identity of an Insoluble Precipitate Results Mass of weighing paper and Ba(NO₂)2: Minus mass of weighing paper: Mass of Ba(NO): Mass of weighing paper and NH₂SO,H: Minus mass of weighing paper: Mass of NH,SO,H: Mass of watch glass, filter paper and precipitate: Minus mass of watch glass, and filter paper: Mass of precipitate: 1.6325 1.35851 1.35872 1.36014 1.33934 1.36214 1.34871 03611 1-2814 3.2135 0.3517 2.8618 2.6002 0.8594 1.7408 Ratios (mass of precipitate/mass of limiting reactant). Be sure to include your own result. Ratio Ratio
Questions
1.
C.
b.
a. Compute the mean value of the ratio and its standard deviation (Appendix A)
e/mass of limiting reactants t
Mass of precipitate/mass of limiting reactant
Give a mean value of the ratio that is consistent with the precision of the data.
Calculate a mass for the precipitate that is consistent with the precision of the data. Use the mean value
of the ratio that you calculated in Question 1b and the mass of your limiting reactant.
Transcribed Image Text:Questions 1. C. b. a. Compute the mean value of the ratio and its standard deviation (Appendix A) e/mass of limiting reactants t Mass of precipitate/mass of limiting reactant Give a mean value of the ratio that is consistent with the precision of the data. Calculate a mass for the precipitate that is consistent with the precision of the data. Use the mean value of the ratio that you calculated in Question 1b and the mass of your limiting reactant.
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