Individually weigh each of the nine nickels used in part 2b. Then calculate the average, average deviation, and standard deviation of the nine samples. The mass of a U. S. nickel, when minted, is 5.000 g. What is the percent error between your average and the U. S. Mint value? Pay close attention to your significant figures when doing these calculations. Sample Mass (g) Average Mass ____________ g No. 1 _5.029 ______ Average Deviation ____________ g 2 _5.010 ______ Standard Deviation ____________ g 3 _4.983 ______ Percent Error ____________ % 4 _5.036 ______ 5 _4.989 ______ 6 _5.026 ______ 7 _5.028 ______ 8 _4.980 ______ 9 _4.952 ______
Individually weigh each of the nine nickels used in part 2b. Then calculate the average, average deviation, and standard deviation of the nine samples. The mass of a U. S. nickel, when minted, is 5.000 g. What is the percent error between your average and the U. S. Mint value? Pay close attention to your significant figures when doing these calculations. Sample Mass (g) Average Mass ____________ g No. 1 _5.029 ______ Average Deviation ____________ g 2 _5.010 ______ Standard Deviation ____________ g 3 _4.983 ______ Percent Error ____________ % 4 _5.036 ______ 5 _4.989 ______ 6 _5.026 ______ 7 _5.028 ______ 8 _4.980 ______ 9 _4.952 ______
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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Individually weigh each of the nine nickels used in part 2b. Then calculate the average,
average deviation, and standard deviation of the nine samples. The mass of a U. S. nickel,
when minted, is 5.000 g. What is the percent error between your average and the U. S. Mint
value? Pay close attention to your significant figures when doing these calculations.
average deviation, and standard deviation of the nine samples. The mass of a U. S. nickel,
when minted, is 5.000 g. What is the percent error between your average and the U. S. Mint
value? Pay close attention to your significant figures when doing these calculations.
Sample Mass (g)
Average Mass ____________ g
No.
1 _5.029 ______ Average Deviation ____________ g
2 _5.010 ______ Standard Deviation ____________ g
3 _4.983 ______ Percent Error ____________ %
4 _5.036 ______
5 _4.989 ______
6 _5.026 ______
7 _5.028 ______
8 _4.980 ______
9 _4.952 ______
No.
1 _5.029 ______ Average Deviation ____________ g
2 _5.010 ______ Standard Deviation ____________ g
3 _4.983 ______ Percent Error ____________ %
4 _5.036 ______
5 _4.989 ______
6 _5.026 ______
7 _5.028 ______
8 _4.980 ______
9 _4.952 ______
im having issues with average deviation and standard deviation
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