10. To extract benzoic acid from a mixture of aniline, and methoxybenzene, we follow the steps, dissolve mixture NaOH(aq) organic layer in ether aqueous layer a) b) dissolve mixture HCl(aq) in ether dissolve mixture in ether d) dissolve mixture in ether H₂O H₂O organic layer aqueous layer organic layer aqueous layer organic layer aqueous layer separation separation separation separation aqueous layer HCI. Cone precipitaion and filtration aqueous layer NaOH(aq) organic layer aqueous layer precipitaion and filtration evaporation precipitaion and filtration
10. To extract benzoic acid from a mixture of aniline, and methoxybenzene, we follow the steps, dissolve mixture NaOH(aq) organic layer in ether aqueous layer a) b) dissolve mixture HCl(aq) in ether dissolve mixture in ether d) dissolve mixture in ether H₂O H₂O organic layer aqueous layer organic layer aqueous layer organic layer aqueous layer separation separation separation separation aqueous layer HCI. Cone precipitaion and filtration aqueous layer NaOH(aq) organic layer aqueous layer precipitaion and filtration evaporation precipitaion and filtration
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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10. To extract benzoic acid from a mixture of aniline, and methoxybenzene, we follow the steps,
dissolve mixture NaOH(aq) organic layer
in ether
aqueous layer
b) dissolve mixture HCl(aq)
in ether
dissolve mixture
in ether
d) dissolve mixture
in ether
H₂O
H₂O
organic layer
aqueous layer
organic layer
aqueous layer
organic layer
aqueous layer
separation
separation
separation
separation
aqueous layer HCI. Cone precipitaion
and filtration
aqueous layer NaOH(aq)
organic layer
aqueous layer
precipitaion
and filtration
evaporation
precipitaion
and filtration
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