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complete the reactions Br2, H2O CHO HO EH H-OH H-OH НО- CH2OH T ЕН O CNH2...
II. Draw the structure for the major organic product of each of the following reactions. (7.5 pts each, 45 pts) Ç(CH3)3 o 11. 1) PhČCI, AICI 2) EtANH, H2, Raney-Ni, heat 12. ÇO Me 1) EtMgBr (2 equiv.) 2) H20, H30* 13. o CNH2 1) Brą, NaOH, H20 o 2) (CH3)2CHCCI, pyridine 14. CHO HO+H H-OH Br2, H20 H-HOH HO+H CH2OH
find major product for each CNH2 1) Br2, NaOH, H2O O 2) CH3CCI, pyridine HNO3 CHO HOH H-OH H-OH HO+H CH2OH
can someone help me with these reactions? 11. Ç(CH3) 30 1) PhCCI, AICI 2) Et2NH, H2, Raney-Ni, heat 12. ÇO2Me 1) EtMgBr (2 equiv.) 2) H2O, H30+ 13. CNH, 1) Bra, NaOH, H2O O 2) (CH3)2CHCCI, pyridine CHO HO+H 14. HOH Br2, H2O H-OH НО-Н CH2OH
II. Draw the structure for the major organic product of each of the following reactions. (7.5 pts each, 45 pts) Ç(CH3) 30 1) PhČCI, AICI: 11. 2) Et2NH, H2, Raney-Ni, heat 12. ÇO,Me 1) EtMgBr (2 equiv.) 2) H20, H30* O 13. CNH2 1) Bry, NaOH, H,0 O 2) (CH3)2CHCCI, pyridine 14. Brą, H20 CHO HOEH H HOH НЕОН HO+H CH OH 15. H2N. ***** оо CO2 1) (CH3),COCOCOC(CH3)3 2) -N: C: NH- 16. CHO нон PhNHNH2 H+OH (3 equiv.)...
II. Draw the structure for the major organic product of each of the following reactions. (7.5 pts each, 45 pts) o 11. Ç(CH3)3 1) CH3CCI, AICI: 2) (CH3)2NH H2, Raney-Ni, heat 12. CO2Me 1) PhMgBr (2 equiv.) 2) H20, H30+ O 13. CNH2 1) Brą, NaOH, H20 o 2) CH3CCI, pyridine 14. HNO3 CHO HOEH НЕОН H OH HO+H CH2OH 4
II. Draw the structure for the major organic product of each of the following reactions. 11. Ç(CH3) 30 1) PhČCI, AICI: 2) Et2NH, H2, Raney-Ni, heat 12. ÇO2Me 1) EtMgBr (2 equiv.) 2) H20, H30+ 13. o CNH2 1) Br2, NaOH, H20 O 2) (CH3)2CHČCI, pyridine 14. Br2, H20 CHO HOEH H -OH H-OH HOEH CH2OH
CHO HO EH PhNHNH | 16. нон (3 equiv.) НО H H -ОН CH2OH
can someone help me with these reactions? 12. ÇO2Me 1) EtMgBr (2 equiv.) 2) H20, H30* 13. o CNH2 1) Brą, NaOH, H20 o 2) (CH3)2CHCCI pyridine
CHO 1. NH2OH 2. Ac2o 3. CH,O CHO OH H- HO H HO H HCN H OH OH H- OH H- -OH H- CH2OH CH2OH The Wohl degradation is a series of reactions that shorten an aldose chain by one carbon, it is almost the exact opposite of the Kiliani In this reaction the aldose aldehyde carbonyl group is converted into a nitrile. The resulting cyanohydrin loses HCN under basic cone Conversion of the aldehyde to a nitrile is accomplished...
draw the major product 14. HNO, CHO Но+н H-HOH H-HOH HO+H CH2OH 15. oo HNcO; 1) (CH3),COCOCOC(CH3) 3 o N:C:NH/ Ph сно HOTH PHNHNH2 16. HOH (3 equiv.) H +OH HO+H CH2OH