What is the product of the following SN2 reaction? NaCN Br CI Br CN CICN Br...
Canvas Identify the product of the following reaction NaCN HCN CN CN OH HO CN Canvas X C D Question 4 What is the product of the following reaction CI LÀll (Ot-Bus OH H OH Canvas - X C D Phop=ch Ph H Ph H Ph Ph H H Ph
K. What is the product of the reaction shown below? NaCN Br H SN2 LNUD SIOW Both A and B HCN NCH A) A B) BC)C L. What is the product of the reaction shown below? CH3OH H Br Both A and B HSH HSH A) A B) BC)C
VII. (12 pts) Consider the following Sn2 reaction. Br -CN DMF a. assign configuration to the chirality center of the substrate. b. Write the structure of the product. c. assign configuration to the chirality center of the product.
VII. (12 pts) Consider the following Sn2 reaction. Br *CN DMF a. assign configuration to the chirality center of the substrate. b. Write the structure of the product. c. assign configuration to the chirality center of the product.
What is the product of the reaction below? CHO NaCN, ethanol then dil. HC1 8-55 OH H- CN ÇN H- 1 OH H-+ci OH H- ci Br BrBr CN
1. a) Predict the product for the following reaction. b) CFз NaCN DMSO CN CN CN V А. I В. I| C. II D.IV E. I and lII Oll Oll Olli OO O 0 Provide the reagents necessary to carry out the following conversion. OH A. NaCl in ether B. NaCl in water C. TsCl/pyridine followed by NaCl D. HCI in water
9. Predict the product and the mechanism (S1 or SN2) for: CI + NaCN water
41.109 pts. Give the substitution product/s for the following reactions, Show stereochemistry. CN NaCN ^ y en SN2 thabri OH CH, OH SNI 643 C. CHE NaSCH, Br- H CH.CH SN2 ist + Nasrl E H₂ CH3
Q1. Identify the reaction mechanism most likely to take place (E1, SN1, E2, SN2 or a combination of these) in each of the following cases. Draw the major product(s), include stereochemistry when relevant. Br -OtBu Br NaCN, DMF → CI Носна 1. Nal/acetone 2. NaCN/DMF NaoMe H2SO4 OH Lyon CN (CH3)2CO CI NaOH →
Q1) provide the product for the following reactions, identify as Sn1,Sn2, E1 or E2. Also provide the mechanism of the reaction H20 Br NaCN DMSO b). Csi Меон сін C)- KOH ci H d)_ this reaction was run at 100°C and 0.1 M KOH concentration 2) Rank the members of the following groups in order of basicity, nucleophilicity, and leaving group ability. Expain your answers a) H20, OH, CH,CO2- b) Br", ".Fr 3) Predict the effect of the changes given...