[For this question, type up your calculation setups (using parentheses to separate conversion factors from each other, and "/" to separate numerator from denominator) so that I can look at your thought process. Express the final answer to the correct number of significant figures, and with the correct units. As long as your work is shown, partial credit will be awarded for portions that are correct, even if the final answer is not entirely correct.] Remember to use the sig fig rule for addition/subtraction at moments when you are adding or subtracting; and the sig fig rule for multiplication/division at moments when you are multiplying or dividing. A sample of sodium chloride in the United States was found to have a mass of 9.1 pounds. This sample then was transported to Canada. Once in Canada, another 2084 grams of sodium chloride was added to the sample. Showing dimensional analysis, what is the total final mass of the sodium chloride sample, in units of MILLIGRAMS? Remember units and sig figs!
[For this question, type up your calculation setups (using parentheses to separate conversion factors from each other, and "/" to separate numerator from denominator) so that I can look at your thought process. Express the final answer to the correct number of significant figures, and with the correct units. As long as your work is shown, partial credit will be awarded for portions that are correct, even if the final answer is not entirely correct.]
Remember to use the sig fig rule for addition/subtraction at moments when you are adding or subtracting; and the sig fig rule for multiplication/division at moments when you are multiplying or dividing.
A sample of sodium chloride in the United States was found to have a mass of 9.1 pounds. This sample then was transported to Canada. Once in Canada, another 2084 grams of sodium chloride was added to the sample. Showing dimensional analysis, what is the total final mass of the sodium chloride sample, in units of MILLIGRAMS? Remember units and sig figs!
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