-OH R Water RCOO- Na+ layer RCOOH Add aq. NaHCO; RNH, Ether -HO- layer R R-C-R' RNH, (Dissolved in ether) R-C-R' Add aq. NaOH Ether Water layer layer Ether R-C-R' layer RNH, Add O- Na+ aq. HCI R Water R-C-R' R-NH,+ CI layer 2 Figure 12.10 Separating a four-component mixture by extraction.
-OH R Water RCOO- Na+ layer RCOOH Add aq. NaHCO; RNH, Ether -HO- layer R R-C-R' RNH, (Dissolved in ether) R-C-R' Add aq. NaOH Ether Water layer layer Ether R-C-R' layer RNH, Add O- Na+ aq. HCI R Water R-C-R' R-NH,+ CI layer 2 Figure 12.10 Separating a four-component mixture by extraction.
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
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Aqueous hydrochloric acid was used after the sodium bicarbonate and sodium hydroxide extractions in the separation scheme shown in Figure 12.10. Is it possible to use this reagent earlier in the separation scheme to achieve the same overall result? If so, explain where you would perform this extraction.

Transcribed Image Text:-OH
R
Water
RCOO- Na+
layer
RCOOH
Add aq.
NaHCO;
RNH,
Ether
-HO-
layer
R
R-C-R'
RNH,
(Dissolved
in ether)
R-C-R'
Add
aq. NaOH
Ether
Water
layer
layer
Ether
R-C-R'
layer
RNH,
Add
O- Na+
aq. HCI
R
Water
R-C-R'
R-NH,+ CI
layer
2
Figure 12.10
Separating a four-component mixture by extraction.
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