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a. Which type of chromatography based on the polarity of the stationary phase was employed in the experiment? b. Identify the limiting and excess reactants. Which product appeared after 30 minutes? с.

a. Which type of chromatography based on the polarity of the stationary phase was employed in the experiment? b. Identify the limiting and excess reactants. Which product appeared after 30 minutes? с.

Chemistry
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
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Paper chromatography

(Answer first letter C, D, and E)

10 7 Ruler is in 6 cm unit 5 A B 3 Standards Sample from reaction mixture att = 30 mins Sample from reaction mixture att = 60 mins a. Which type of chromatography based on the polarity of the stationary phase was employed in the experiment? b. Identify the limiting and excess reactants. c. Which product appeared after 30 minutes? d. Which product was produced only after 60 minutes? e. Calculate the retention factor of each reactant and product.
Transcribed Image Text:10 7 Ruler is in 6 cm unit 5 A B 3 Standards Sample from reaction mixture att = 30 mins Sample from reaction mixture att = 60 mins a. Which type of chromatography based on the polarity of the stationary phase was employed in the experiment? b. Identify the limiting and excess reactants. c. Which product appeared after 30 minutes? d. Which product was produced only after 60 minutes? e. Calculate the retention factor of each reactant and product.
Paper Chromatography monitored using paper chromatography. Compounds A and B were mixed and a sample of the solution was spotted every thirty minutes. The same stationary phase and mobile phase were used throughout the experiment. The figure below shows chromatograms of standards A and B, and the sample at different time points. Hint: C is less polar than D. The progress of a hypothetical reaction: A + B → C + D, was
Transcribed Image Text:Paper Chromatography monitored using paper chromatography. Compounds A and B were mixed and a sample of the solution was spotted every thirty minutes. The same stationary phase and mobile phase were used throughout the experiment. The figure below shows chromatograms of standards A and B, and the sample at different time points. Hint: C is less polar than D. The progress of a hypothetical reaction: A + B → C + D, was
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