You need to synthesize the alkene below, but you only have access to methoxide CH3O)and the...
H D) Suggest a method to efficiently synthesize each of the following molecules from an alkene using the reactions. we have learned so far. Give the starting alkene and all reagents necessary. In order for the synthesis to be efficient, the desired product should be the major product formed Br Н,с, На Нс 1 CH3 сH, он На сH CH3 2 Нас" Reicion P ,Br 3 осн, CHy Br Н,с. Нас
c, d and e please c) You need to synthesize hexanedial which could be easily produced from oxidation of alkene. Using ozone oxidation, experiment with both dode-6-ene (C12H2a) and cyclohexene as starting material in separate reaction, then determine the most suitable starting material to obtain the desired product. Justify your answer with complete chemical reaction (6 marks) d) Illustrate reaction mechanism to produce 3-methylpentan-3-ol from butan-2-one using Grignard reagent: CH CH MgBr. (4 marks) e) Suppose a chemist needed to...
1. Which of the following alkyl halides (a-e) will only produce the alkene below when undergoing an E2 reaction? Br (a) (b) (c) O (d) (e) 2. Complete the following reactions by determining the major product (formed in the highest yield) that would be formed. NaSH DMF Br t-BuOK DMSO
Predict the major organic product for each reaction below. Predict the structure of the alkene you would use to prepare each alkyl halide below (only product The reaction of isobutene with HBr in ether gives one of the two products below as the major product. Answer the following question(s) about this reaction. HBr Br + ether Product A Product B 32. Which product would be the major product? 33. Which product would be formed via a primary carbocation?
8. Synthesis: Using the starting materials below as your only carbon sources, synthesize the desired product (hint: you will have to use the ester multiple times!)
need help with all problems listed Uuuuuuuuu 34. (D4) The fol The following reaction produced only one product. The DESIRED product was not ed. What molecule was produced? How would you synthesize the desired product heginning with the SAME starting material? produced. Wb AICI: DESIRED Product (Not Produced) Isolated Product Hint: C10H14 27. (D4) Why does Why does reaction A produce a mixture of products when reaction B produces a Le regioisomer? Provide mechanisms for both reactions. Br OH NaOH...
7. Suggest how you would synthesize the compound X shown below. Make sure that compound X is the ONLY product possible! Question 7 and 8 Hint (Remember for the exam!): To answer this question, you simply need to provide the structures of the organic substrate and a reagent (in this specific case, an alkyl halide and a base or a nucleophilie and electrophile) that can be used to obtain the product X shown by using a correctly designed reaction (an...
Please synthesize each of the compounds shown below from benzene. You DO NOT need to show the mechanisms of the reactions. (7 points each) Br 17.
6) a. The two electron 'arrow pushing' mechanism below involves the only alkene unit found in cholesterol. The rest of the cholesterol molecule (which is large and made up of saturated carbons) is unaffected so it's not shown in the 'arrow pushing' diagram (left). с с cholesterol HIH Based on the concerted (at the same time) heterolytic bond breaking-making going on for this reaction, draw the structure for each of the two products. NOTE: For the product formed from the...
Give the complete mechanism for the reaction below. You will essentially need to synthesize it. i- HO Give the mechanism for the reduction reaction shown below. 1. (CH3CH2)2Culi ve 2. H20 and the following NMR data, Given the molecular formula C,H1,0, major IR peak at 1687 cm give the structure of the molecule described. 3H-S 3H-5 Given the molecular formula C,H,O, and the following spectral data, give the structure of the molecule described. 100 'H NMR of B IRB sep...