Question 2: Identify compounds B-E. 199 C KOC(CH3)3 33B NaNH (2 equiv DMSO DE CHI
a. HBr, peroxides b. KOC(CH3)3, DMSO c. Br2, CH2Cl2
a. HBr, CH2Cl2 b. KOC(CH3)3 c. HBr, peroxides d. NaC=C-CH3
3. d) aud e) ito-c-CHzCHtzCtzCH CH2 Li ラD Cwates soluble Se-H NaNH 2)H90t G -0-CH3 + H I Sollowed mgI oCHS by ddate 3. d) aud e) ito-c-CHzCHtzCtzCH CH2 Li ラD Cwates soluble Se-H NaNH 2)H90t G -0-CH3 + H I Sollowed mgI oCHS by ddate
What is the structure of the expected product for the following reaction? 1. KOC(CH3)3 2. B 2 gemaghagh HO Y OH OA. 1 B. 2 003 D.4
2. Name the following molecules. (20 pts) O CH3 0%CHO (c) H 3 (b) CHi (a) H 2. Name the following molecules. (20 pts) O CH3 0%CHO (c) H 3 (b) CHi (a) H
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
4. Identify A, B, C, D, E, F and G: PBri DIBAH, 1. NaHCO, 2. CHI NaBH -78 °c DIBAH, -78C 1-phenyl-2-butanol 5. Indicate the major product that forms in each of the following reactions. You may assume standard conditions to achieve a neutral stable product. ZN LiAIH4 SOCI2 b) w MOH OH 6. Identify the functional groups that form in each of the following reactions: a) addition of a Grignard reagent to a nitrile b) addition of LAH to...
2. For the following compounds. нас Н CH3 CH3 HO C/ (a) Identify with asterisk any chirality centers in the molecules. (b) Rank each group on the chirality centers from high to low priority. (c) Determine whether the chirality center is R or S. Remember the lowest priority MUST be oriented in the back.
QUESTION 1 QUESTION 2 QUESTION 3 Which of the following compounds undergo reduction with H2/Pt? A. CH3(CH2)3COCH3 B. CH3(CH2)3CHO C. CH3(CH2)3CH2OH D. A and B E. all of the above
1. excess CHI 2. Ag2O, H,0 KOHB 150°C NH a) A= a) A= BH(CH3)3 Y B= V B= | #NH(CH3)3 V N-(CH3)2 I b) A= Y Ag-(CH3)3 B= W d) A= V B= CH