Part II Data Analytical Wavelength read from the spectra (nm): Absorbance at the analytical wavelength for the 5 mL/5 ml mix Absorbance at the analytical wavelength for the 4 mL/6 ml mix 628.5 0.875 0.704 3. Find the molar extinction coefficient from the 4 mL/6 ml mix. Pathlength: 1.00 cm Volume of Brilliant Blue: 4.00 mL Volume of DI water 6.00 ml Absorbance at the analytical wavelength for the 4 mL/6 ml mix: 0.704 Concentration of Brilliant Blue in the 4 mL/6 ml. mix (M): Molar extinction coefficient from the 4 ml/6 ml mix (M'cm') 4. Average molar extinction coetficient for Brilliant Blue (M 'cm)
Part II Data Analytical Wavelength read from the spectra (nm): Absorbance at the analytical wavelength for the 5 mL/5 ml mix Absorbance at the analytical wavelength for the 4 mL/6 ml mix 628.5 0.875 0.704 3. Find the molar extinction coefficient from the 4 mL/6 ml mix. Pathlength: 1.00 cm Volume of Brilliant Blue: 4.00 mL Volume of DI water 6.00 ml Absorbance at the analytical wavelength for the 4 mL/6 ml mix: 0.704 Concentration of Brilliant Blue in the 4 mL/6 ml. mix (M): Molar extinction coefficient from the 4 ml/6 ml mix (M'cm') 4. Average molar extinction coetficient for Brilliant Blue (M 'cm)
Chemistry & Chemical Reactivity
10th Edition
ISBN:9781337399074
Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Chapter4: Stoichiometry: Quantitative Information About Chemical Reactions
Section: Chapter Questions
Problem 77PS
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