7. A series of extractions is performed to separate diisopropylamine 1, methylcyclohexane 2, and hexanoic acid 3. Where will the methylcyclohexane 2 and hexanoic acid 3 be found? H20 A H20 1. aq. NaOH 2. ether ether 1. aq. HCI H20 C 2. ether H2O 1. aq. HCI 2. ether HO. 1. aq. NaOH ether ether 2. ether E ether A. 2 B, 3 = A B. 2 B, 3 = C C. 2 = B, 3 = D D. 2 E, 3 = A E. 2 = E, 3 =B F. 2 E, 3 = D

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7. A series of extractions is performed to separate diisopropylamine 1, methylcyclohexane 2,
and hexanoic acid 3. Where will the methylcyclohexane 2 and hexanoic acid 3 be found?
H20
H20
1. aq. NaOH
2. ether
1.
ether
1. aq. HCI
H2O
2. ether
H2O
1. aq. HCI
2. ether
> D
ether
HO.
1. aq. NaOH
ether
2. ether
ether
A. 2 = B, 3 = A
B. 2 = B, 3 = C
C. 2 = B, 3 =D
D. 2 = E, 3 = A
E. 2 = E, 3 =B
F. 2 = E. 3 =D
エーN
3.
Transcribed Image Text:7. A series of extractions is performed to separate diisopropylamine 1, methylcyclohexane 2, and hexanoic acid 3. Where will the methylcyclohexane 2 and hexanoic acid 3 be found? H20 H20 1. aq. NaOH 2. ether 1. ether 1. aq. HCI H2O 2. ether H2O 1. aq. HCI 2. ether > D ether HO. 1. aq. NaOH ether 2. ether ether A. 2 = B, 3 = A B. 2 = B, 3 = C C. 2 = B, 3 =D D. 2 = E, 3 = A E. 2 = E, 3 =B F. 2 = E. 3 =D エーN 3.
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