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Solute A has partition coefficient K between benzene and water of 1.8 Le. Ais 1.8 times more soluble in benzene Ais extracted with CH Calculate the of A that remains in the aqueous phase after than water. 100 ml of a 0.010M aqueous sol of 1.A single extraction with 400mis CH 2. Eight extractions, each with 50 mis CH 1. 12.2% 2.0.59% OB. 1.4.8% 2.0.02% 1.13.5% 2.5.7% D. 1.8.5%

Solute A has partition coefficient K between benzene and water of 1.8 Le. Ais 1.8 times more soluble in benzene Ais extracted with CH Calculate the of A that remains in the aqueous phase after than water. 100 ml of a 0.010M aqueous sol of 1.A single extraction with 400mis CH 2. Eight extractions, each with 50 mis CH 1. 12.2% 2.0.59% OB. 1.4.8% 2.0.02% 1.13.5% 2.5.7% D. 1.8.5%

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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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Solute A has partition coefficient K between benzene and water of 1.8 ie. A is 1.8 times more soluble in benzene than water. 100 ml of a 0.010M aqueous sol" of A is extracted with CaHe Calculate the % of A that remains in the aqueous phase after 1. A single extraction with 400mls CeHs. 2. Eight extractions, each with S0 mis CH 1. 12.2% 2.0.59% O B. 1.4.8% 2.0.02% 1.13.5% 2.5.7% OD. 1.8.5% 2.0.53%
Transcribed Image Text:Solute A has partition coefficient K between benzene and water of 1.8 ie. A is 1.8 times more soluble in benzene than water. 100 ml of a 0.010M aqueous sol" of A is extracted with CaHe Calculate the % of A that remains in the aqueous phase after 1. A single extraction with 400mls CeHs. 2. Eight extractions, each with S0 mis CH 1. 12.2% 2.0.59% O B. 1.4.8% 2.0.02% 1.13.5% 2.5.7% OD. 1.8.5% 2.0.53%
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