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NaOH сн. then heat NaOH yer then heat NaOH (CH3),Culi then heat 1. NaOCH Снзон OCH...
colecta NaOH H + CH3 then heat NaOH tir then heat NaOH (CH3)2Culi then heat 1....
colecta NaOH H + CH3 then heat NaOH tir then heat NaOH (CH3)2Culi then heat 1. NaOCH3 CH3OH OCH3 2. dil. HCI O 1. LDA 1. LIAIHA het hy 2. Br 2. H2O* 1. NaOCH3 1. NaOCH3 2. CI OCH; 2. Ph Br 3. H3O+, heat 1. LDA 1. LDA 요 2. 0 CI 3. H3O+ 2. H 3. H30+
1. NaOCH; 2. CH3CH2Br 3. H2O* heat Love OCH3 ОСН3 o OCH3 Which reaction sequence would...
1. NaOCH; 2. CH3CH2Br 3. H2O* heat Love OCH3 ОСН3 o OCH3 Which reaction sequence would accomplish this transformation? Joego LDA H30* heat H H2Cr2O7 monog morangayan H30*/CH3CH2OH NaOCH2CH3/heat LDA (CH3)2CHMOBrNaOH, heat NaOH heat [(CH3)2CH]>Culi
give mechanism 3.1 sc)o 2. CH3(CH)&B \ 3. Нзо", heat O/ d) 1. NaOEt 2. dil....
give mechanism
3.1 sc)o 2. CH3(CH)&B \ 3. Нзо", heat O/ d) 1. NaOEt 2. dil. H3O OEt 1. LDA, -78°C 2. CH CH2Br f) 1. NaOH, 2 2. H30 1. NaOH, heat g) xs NH3 (SN2) 1. Br2, PBr3 2. H20 h)
0 () CH,CH CCH,-C-OCH, NocCH (2) CH (3) Ho .heat (I) NaOCH2CH (2) H,O', heat (b) CH,-C-CH-C-OCH,C...
predict the products of the following reactions
0 () CH,CH CCH,-C-OCH, NocCH (2) CH (3) Ho .heat (I) NaOCH2CH (2) H,O', heat (b) CH,-C-CH-C-OCH,CH,+ CH, (1) LDA -OH (c) Ph CH, () CH,CH,CH,Br (1) H2C-CH CH,Br (2) H0* OCH, NaOCH Ph (2) CH,CH,CH2CH2Br (g) product from part (f) (decarboxylation)
0 () CH,CH CCH,-C-OCH, NocCH (2) CH (3) Ho .heat (I) NaOCH2CH (2) H,O', heat (b) CH,-C-CH-C-OCH,CH,+ CH, (1) LDA -OH (c) Ph CH, () CH,CH,CH,Br (1) H2C-CH CH,Br (2) H0*...
4. Provide the products of each reaction (3pts. 2pts) 1. H30 OCH3 2. NaOCH; CHOH2 OCH...
4. Provide the products of each reaction (3pts. 2pts) 1. H30 OCH3 2. NaOCH; CHOH2 OCH 3. Ht, A 4. NaCN 1. LDA 2 Pho 3. H+, A 4 EtMg Br
1) NaOCH 2) H30 NaOH low temp OCH
1) NaOCH 2) H30 NaOH low temp OCH
4. Provide the products of each reaction (3pts, 2pts) 1. H,O* OCH; 2. NaOCH, CHOH OCH,...
4. Provide the products of each reaction (3pts, 2pts) 1. H,O* OCH; 2. NaOCH, CHOH OCH, 3. H, A 4. NaCN 1. LDA 2. Pho 3. H , A 4. EtMgBr
1. Provide the major products for the following reactions. (5) CH3ONa CH3! 1. LDA. -78 deg...
1. Provide the major products for the following reactions. (5) CH3ONa CH3! 1. LDA. -78 deg 2. (CH3)2 Sici @ 2% NaOH CH3OH, heat @ C=0 HCI coEt NaOEVETOH H30*heat Br Br CO,Et
draw out structures or reagents Draw out either the structures or the reagents A-Q needed to...
draw out structures or reagents
Draw out either the structures or the reagents A-Q needed to complete the reaction roadmap below 1) CuLi(CH-CH(), 0 2) H.O 1) Mg 2) formaldehyde Br 3) H30 G H2C1 CH3 HyC N B 1)Bry(excess), NaOH 2)HCI PCC F PBr3 E NaOH A Р I 1) Dibal 2) H,O, CH Nz, ether HCI 1) TOSCI, pyridine 2) NaH SOCI J 1) NaBr 2) H30 H M 1) 2CH,MgBr 2) H,O, HCI HECHC=CH2 Acetic Acid NaOCH...
2. Write out the required reagents/reaction conditions or Lewis structures for the productis) produced for 18...
2. Write out the required reagents/reaction conditions or Lewis structures for the productis) produced for 18 of the following 21 reactions. Answer only (18), otherwise only the first (18) will be graded (72 pts/4 pts each) NOTE: C(=O) represents C=0 a. CH3CH2OH → CH3-C(=O)-H b. CH3-C(=O)-CI CH3-C(=O)-CH3 C. CH3-CEC-H CH3CH2-C(=O)-H d. CH3-C(EO)-H H-CEN e. CH3-C(=O)-H (CH3)2-CH-OH f. CH3-C(=O)-CH3 + (CH3)2NH / H30 9. CH3-C(=O)-CH3 + CH3OH (2 equiv) / H30* → h. C6H5-CH3 C6H5-CO2H I. CH3-Mg-CI CH3-CO2H 1 CH3-CO2H CH3CH2-OH...
colecta NaOH H + CH3 then heat NaOH tir then heat NaOH (CH3)2Culi then heat 1. NaOCH3 CH3OH OCH3 2. dil. HCI O 1. LDA 1. LIAIHA het hy 2. Br 2. H2O* 1. NaOCH3 1. NaOCH3 2. CI OCH; 2. Ph Br 3. H3O+, heat 1. LDA 1. LDA 요 2. 0 CI 3. H3O+ 2. H 3. H30+
1. NaOCH; 2. CH3CH2Br 3. H2O* heat Love OCH3 ОСН3 o OCH3 Which reaction sequence would accomplish this transformation? Joego LDA H30* heat H H2Cr2O7 monog morangayan H30*/CH3CH2OH NaOCH2CH3/heat LDA (CH3)2CHMOBrNaOH, heat NaOH heat [(CH3)2CH]>Culi
give mechanism
3.1 sc)o 2. CH3(CH)&B \ 3. Нзо", heat O/ d) 1. NaOEt 2. dil. H3O OEt 1. LDA, -78°C 2. CH CH2Br f) 1. NaOH, 2 2. H30 1. NaOH, heat g) xs NH3 (SN2) 1. Br2, PBr3 2. H20 h)
predict the products of the following reactions
0 () CH,CH CCH,-C-OCH, NocCH (2) CH (3) Ho .heat (I) NaOCH2CH (2) H,O', heat (b) CH,-C-CH-C-OCH,CH,+ CH, (1) LDA -OH (c) Ph CH, () CH,CH,CH,Br (1) H2C-CH CH,Br (2) H0* OCH, NaOCH Ph (2) CH,CH,CH2CH2Br (g) product from part (f) (decarboxylation)
0 () CH,CH CCH,-C-OCH, NocCH (2) CH (3) Ho .heat (I) NaOCH2CH (2) H,O', heat (b) CH,-C-CH-C-OCH,CH,+ CH, (1) LDA -OH (c) Ph CH, () CH,CH,CH,Br (1) H2C-CH CH,Br (2) H0*...
4. Provide the products of each reaction (3pts. 2pts) 1. H30 OCH3 2. NaOCH; CHOH2 OCH 3. Ht, A 4. NaCN 1. LDA 2 Pho 3. H+, A 4 EtMg Br
1) NaOCH 2) H30 NaOH low temp OCH
4. Provide the products of each reaction (3pts, 2pts) 1. H,O* OCH; 2. NaOCH, CHOH OCH, 3. H, A 4. NaCN 1. LDA 2. Pho 3. H , A 4. EtMgBr
1. Provide the major products for the following reactions. (5) CH3ONa CH3! 1. LDA. -78 deg 2. (CH3)2 Sici @ 2% NaOH CH3OH, heat @ C=0 HCI coEt NaOEVETOH H30*heat Br Br CO,Et
draw out structures or reagents
Draw out either the structures or the reagents A-Q needed to complete the reaction roadmap below 1) CuLi(CH-CH(), 0 2) H.O 1) Mg 2) formaldehyde Br 3) H30 G H2C1 CH3 HyC N B 1)Bry(excess), NaOH 2)HCI PCC F PBr3 E NaOH A Р I 1) Dibal 2) H,O, CH Nz, ether HCI 1) TOSCI, pyridine 2) NaH SOCI J 1) NaBr 2) H30 H M 1) 2CH,MgBr 2) H,O, HCI HECHC=CH2 Acetic Acid NaOCH...
2. Write out the required reagents/reaction conditions or Lewis structures for the productis) produced for 18 of the following 21 reactions. Answer only (18), otherwise only the first (18) will be graded (72 pts/4 pts each) NOTE: C(=O) represents C=0 a. CH3CH2OH → CH3-C(=O)-H b. CH3-C(=O)-CI CH3-C(=O)-CH3 C. CH3-CEC-H CH3CH2-C(=O)-H d. CH3-C(EO)-H H-CEN e. CH3-C(=O)-H (CH3)2-CH-OH f. CH3-C(=O)-CH3 + (CH3)2NH / H30 9. CH3-C(=O)-CH3 + CH3OH (2 equiv) / H30* → h. C6H5-CH3 C6H5-CO2H I. CH3-Mg-CI CH3-CO2H 1 CH3-CO2H CH3CH2-OH...
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