What are the chemical structure of me сиз сиз (excess] following musing compocents Brz. mono substituted MAHAA 2 G3 77 excess KM 12 छाट reduction E2 Reduction (mild pond) NaBH3 CH 3 Mg Br HLOH H E3 HOW Hyle. bor. Holt aid. H3 oxymer/ demo. H2 Three compounds A, B, and C all have the formula C6H10. All three compounds rapidly decolorize bromine in CC14; all three are soluble in cold concentrated sulfuric acid. Compound A has an absorption in its IR spectrum at about 3300 cm, but compounds B and C do not. Compounds A and B both yield hexane when they are treated with excess hydrogen in the presence of a platinum catalyst. Under these conditions C absorbs only one molar equivalent of hydrogen and gives a product with the formula C6H12. When A is oxidized with hot basic potassium permanganate and the resulting solution acidified, the only organic product that can be isolated is CH3(CH2) 3CO₂H. Similar oxidation of B gives only CH3CH2CO₂H, and similar treatment of C gives only HO₂C(CH2) 4CO2H. What are the structure for A, B, and C? Starting with 2-methylpropene and using any other needed reagents, outline a synthesis of each of the following: a. (CH3)3COH b. (CH3)3CBr c. (CH3) C(OH)CH₂CI 2

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What are the chemical structure of me
сиз сиз
(excess]
following musing compocents
Brz.
mono substituted
MAHAA <Mglether
CH
ААА Кры
A4
のよ
Navb
H
CH3CH2Br
A
B3 Na NH₂ BB
F3
сиз енгви
некро
Teq
29.
لا
H2O, H2SO4
Hgs04
H20
79
BH3 14202
B5
E
CH3 Mg Br
B4
(KOH alchol.)
Na NHz.
Teq
Br2
если
Боября оче
2/18-20
ABY
BB
B
E
2044/48
BA
Cold.
(020804)
D2
Lindlar Cat. V
C
14504
Conc
473804
NaN Hz
CH3 Br
(H2/P-2) D3 Li/NH Du
KMnDq
(GROs) not
F2 < KMnO4
KMnO4 F
=
oxid.
#/OH
Brz
G2
KMnO4
not >
2 G3
77
excess
KM 12
छाट
reduction
E2
Reduction
(mild pond)
NaBH3
CH 3 Mg Br
HLOH
H
E3
HOW
Hyle. bor.
Holt
aid.
H3
oxymer/
demo.
H2
Three compounds A, B, and C all have the formula C6H10. All three compounds rapidly
decolorize bromine in CC14; all three are soluble in cold concentrated sulfuric acid.
Compound A has an absorption in its IR spectrum at about 3300 cm, but compounds B
and C do not. Compounds A and B both yield hexane when they are treated with excess
hydrogen in the presence of a platinum catalyst. Under these conditions C absorbs only
one molar equivalent of hydrogen and gives a product with the formula C6H12. When A is
oxidized with hot basic potassium permanganate and the resulting solution acidified, the
only organic product that can be isolated is CH3(CH2) 3CO₂H. Similar oxidation of B
gives only CH3CH2CO₂H, and similar treatment of C gives only HO₂C(CH2) 4CO2H.
What are the structure for A, B, and C?
Starting with 2-methylpropene and using any other needed reagents, outline a synthesis
of each of the following:
a. (CH3)3COH
b. (CH3)3CBr
c. (CH3) C(OH)CH₂CI
2
Transcribed Image Text:What are the chemical structure of me сиз сиз (excess] following musing compocents Brz. mono substituted MAHAA <Mglether CH ААА Кры A4 のよ Navb H CH3CH2Br A B3 Na NH₂ BB F3 сиз енгви некро Teq 29. لا H2O, H2SO4 Hgs04 H20 79 BH3 14202 B5 E CH3 Mg Br B4 (KOH alchol.) Na NHz. Teq Br2 если Боября оче 2/18-20 ABY BB B E 2044/48 BA Cold. (020804) D2 Lindlar Cat. V C 14504 Conc 473804 NaN Hz CH3 Br (H2/P-2) D3 Li/NH Du KMnDq (GROs) not F2 < KMnO4 KMnO4 F = oxid. #/OH Brz G2 KMnO4 not > 2 G3 77 excess KM 12 छाट reduction E2 Reduction (mild pond) NaBH3 CH 3 Mg Br HLOH H E3 HOW Hyle. bor. Holt aid. H3 oxymer/ demo. H2 Three compounds A, B, and C all have the formula C6H10. All three compounds rapidly decolorize bromine in CC14; all three are soluble in cold concentrated sulfuric acid. Compound A has an absorption in its IR spectrum at about 3300 cm, but compounds B and C do not. Compounds A and B both yield hexane when they are treated with excess hydrogen in the presence of a platinum catalyst. Under these conditions C absorbs only one molar equivalent of hydrogen and gives a product with the formula C6H12. When A is oxidized with hot basic potassium permanganate and the resulting solution acidified, the only organic product that can be isolated is CH3(CH2) 3CO₂H. Similar oxidation of B gives only CH3CH2CO₂H, and similar treatment of C gives only HO₂C(CH2) 4CO2H. What are the structure for A, B, and C? Starting with 2-methylpropene and using any other needed reagents, outline a synthesis of each of the following: a. (CH3)3COH b. (CH3)3CBr c. (CH3) C(OH)CH₂CI 2
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