The best fit curve line to an absorbance vs. concentration plot for standard solutions of a dye has a slope of 0.1815 mL/mg and intercept of 0.0477. A sample solution prepared of the same dye has an absorbance of 0.464 at the wavelength used to establish the Beer's law plot. What is the concentration of dye in the prepared solution? Select one: O a. 0.132 mg/mL b. 2.29 mg/mL O c. 0.464 mg/mL O d. 2.82 mg/mL e. 0.0365 mg/mL Next page
The best fit curve line to an absorbance vs. concentration plot for standard solutions of a dye has a slope of 0.1815 mL/mg and intercept of 0.0477. A sample solution prepared of the same dye has an absorbance of 0.464 at the wavelength used to establish the Beer's law plot. What is the concentration of dye in the prepared solution? Select one: O a. 0.132 mg/mL b. 2.29 mg/mL O c. 0.464 mg/mL O d. 2.82 mg/mL e. 0.0365 mg/mL Next page
Principles of Modern Chemistry
8th Edition
ISBN:9781305079113
Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Chapter4: Introduction To Quantum Mechanics
Section: Chapter Questions
Problem 33P
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![The best fit curve line to an absorbance vs. concentration plot for standard solutions of a dye
has a slope of 0.1815 mL/mg and intercept of 0.0477. A sample solution prepared of the same
dye has an absorbance of 0.464 at the wavelength used to establish the Beer's law plot. What
is the concentration of dye in the prepared solution?
Select one:
O a. 0.132 mg/mL
b. 2.29 mg/mL
O c. 0.464 mg/mL
O d. 2.82 mg/mL
e. 0.0365 mg/mL
Next page
Law Tutorial Part 2
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Exp #9 - Laboratory Practical►
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Transcribed Image Text:The best fit curve line to an absorbance vs. concentration plot for standard solutions of a dye
has a slope of 0.1815 mL/mg and intercept of 0.0477. A sample solution prepared of the same
dye has an absorbance of 0.464 at the wavelength used to establish the Beer's law plot. What
is the concentration of dye in the prepared solution?
Select one:
O a. 0.132 mg/mL
b. 2.29 mg/mL
O c. 0.464 mg/mL
O d. 2.82 mg/mL
e. 0.0365 mg/mL
Next page
Law Tutorial Part 2
Jump to...
Exp #9 - Laboratory Practical►
Worksheet
étv A
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