A student dissolves a Jefferson nickel to make 100.00 mL of solution in a volumetric flask. The student takes a 5.00 mL aliquot of the first solution and dilutes it to make 100.00 mL of a second solution. The student places a sample of the second solution in a cuvette for analysis using spectrophotometry. The molarity of the copper solution in the cuvette was 5 mL determined by spectrophotometric analysis to be 2.90 x 10-2 M Cu. Calculate the mass of copper in the Jefferson nickel used to make the first solution. Use the diagram to help visualize the dilution process. 100 mL 100 ml cuvette mass of copper:

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A student dissolves a Jefferson nickel to make
100.00 mL of solution in a volumetric flask. The student
takes a 5.00 mL aliquot of the first solution and dilutes it
to make 100.00 mL of a second solution. The student
places a sample of the second solution in a cuvette for
analysis using spectrophotometry.
The molarity of the copper solution in the cuvette was
determined by spectrophotometric analysis to be
2.90 x 10-2 M Cu. Calculate the mass of copper in the
5 mL
Jefferson nickel used to make the first solution.
Use the diagram to help visualize the dilution process.
100 mL
100 ml
cuvette
mass of copper:
TRUST
Transcribed Image Text:A student dissolves a Jefferson nickel to make 100.00 mL of solution in a volumetric flask. The student takes a 5.00 mL aliquot of the first solution and dilutes it to make 100.00 mL of a second solution. The student places a sample of the second solution in a cuvette for analysis using spectrophotometry. The molarity of the copper solution in the cuvette was determined by spectrophotometric analysis to be 2.90 x 10-2 M Cu. Calculate the mass of copper in the 5 mL Jefferson nickel used to make the first solution. Use the diagram to help visualize the dilution process. 100 mL 100 ml cuvette mass of copper: TRUST
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