8:31 X 3 - Substitutions and Eliminations.pdf ... 4 of 4 NaOH, H, O 4h HC=CH-CH2-CI...
g. Ph-C(O)-NH2 4 NaOH Br2 h. (HC)2CH-C(CHa)2 -> HO N(CH3)3 i. Ph-N2, CI- + CuCN --> H30* (cat) Na/ETOH j. cyclohexanone+ H2NOH Pd(OAc)2 (1 mole%) k. Ph-I + 4-O2N-C&H4-HC=CH2 Cul/Pd(PPH3)4) L. HO-CH2-CH2-CC-H +1-CH=CH-(CH2)4-CH3
e. 4-HC-C6H4-NH-C(O)-CH3 + Cl2/H4C-COH ------> H30* f. 4-nitro-1-chlorobenzene + NaOH H2O g. Ph-CH2-CH2-CH2-CO2H + AICI: -------> h. All trans-H2C=CH-CH=CH-OCH3 + H2C=CH-C(O)-H i. 1-bromo-3-chlorobenzene + HNO3/H2SO4 j. CsH5-CH=CH-CH3 + HBr/peroxides --------> H30* k. Ph-CH2-CH3 + KMnO./NaOH/A ----------> L. CoHs-CCl3 + Bry/FeBr ---------- H30* m. Ph-Br + KNH/-33 °C --------
answer the problem show work thanks
CH3 H2O + 1. H-C-CH-CH-CH2 CH3 CH C 2, CHy-CH2-CH-CHOHPCC 25°C 50-55°C + HNO H2SO4 он H2CrO4 CH,CHCH acetone, 35°c Et O 2150113H20 5. CH3(CH2)2MgBr+ CH3(CH2)sC(CH2)sCH3 Nall CH2-CHCH2l H2SO4 140°C 6. CH3CH2CH2OH 7. CHCH CHOH 1) LiAIH(O-t-Bu)3,-78°C 2) H20 8. CH,C-CI HBr 9. CH2 CH-CH-CH2 40°C 10. H3C CIH2 Benzene 100℃ H3C 1. LiAIH/Et2O 11. CH,CH2CH,COH 2. H,0 12. + CH,CH,cCI AIC Benzene, 80°C 13. Br2 heat CH3 AlcI 15. 25°C conc. H2SO4 NaBH4...
Extra Extra Bonus. 8. A. 1, HC=CH, NaNH B. 1. CHÚC CH, NaNH C. I (CH) CHBr, NaNH D. 1 CHÚC CH, NaNH. E. 1. (CHỊ) CHCH-Br, NaNH 2. (CH).CHCHBr 2. (CHỊ) CHBr 2 CHỤC CHI 2. (CH) CHCHBr 2, HC CH 3. Aqueous H2SO4, HgSO4 3. Disisamylborane 3. O, 3, BH-THF 3. 9-BBN 4. HOA, NaOH 4. H20 4. H202, NaOH 4, H2O2, NaOH
e-g please
e. 4-HC-C6H4-NH-C(O)-CH3 + Cl2/HC-COH H30* f. 4-nitro-1-chlorobenzene + NaOH ------> H20 g. Ph-CH2-CH2-CH2-CO2H + AICI: -------
HO CH сн. CH2 нс HC CH3 HAC-HC CH CH CH CH d) OH OH 13. The labels have fallen off three bottles. Bottle A contains a gas, bottle B contains a liquid, and bottle C contains a solid. The labels indicate that the compounds have the same number of carbon atoms, one being an alkane, one an alcohol, and the other a carboxylic acid. Suggest the identity of the contents of each bottle, and give reasons for your explanation...
4. Provide sturctures for ALL major products (3 points each) CEN HC NaOEVETOH HEC CH2 0.05eq. NOE CH3 EtOH Cl2 Нас Br2 CH3COOH сн. H,O, HCI H3C CHE H₃C H20 OCH heat 1. LDA THF CHE 2. CH31 CHE + CH3 сн. CH3 CH; 2. H2O CH3
h. DCH-CHCH3 + DCO,H Na2CO3,0°C i. CH,CH-CHCH3 + Br2 H20, 25°C0 j. Producto I + NaOH, A - | HỌ H 24 k. 6 + NaOH – CH; N di 1. CH2 + KCN (ac) - OCH CH2 + CH3OH – CH3 CH3 CH2 + Naso (ac) OCH2 CH3 0. CH2=C-CH2CH3 + OC=C Ag CH p. CHC-CH3 + CH3CH2Mgl H50, HÀ of a new one 4. CHC-CH2CH3 + HCI (ac) 25°C
name the alkynes
Interactive 3D display mode Сн, CH, HC=c-8-9-CH, CH2 CHE Spell out the full name of the compound. 3-dieythi-1-pentyne Submit Previous Answers Request Answer X Incorrect; Try Again; 4 attempts remaining Part D Interactive 3D display mode 0 CH HCBC c–CH, CH, CH CHE Spell out the full name of the compound. 3,4,4-trimethylpent-1-yne Submit Previous Answers Request Answer
ta 2.0 L. O .O. HC-CC- 24 d. HC OH 1 2 CH,CHỊU. 2.H,0 c. CH CH 1. SOCH OH 2. LIAHOT-Bus CH,CHE 1. SOCI OH 2 CH CHO Php C ake h. CH CH, NaBH CH,CH, OH 1. AH,THE 2 HOHO I CHOCHEM 1. CH CH CH.CH 3. SO.