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The mixed Claisen reaction shown provides product in only a trace amount. The starting material obtained...
22. The mixed Claisen reaction shown provides product in only a trace amount. The starting materials are obtained upon isolation. Why? co Me CO2Me NaoMe MeOH CO2Me / dil. HCI Ph A. pka of the propyl ester is too high B. there is only one a-proton C. the benzoate ester is resonance stabilized D. pka of the propyl ester is too low
22. The mixed Claisen reaction shown provides product in only a trace amount. The starting materials are obtained upon isolation. Why? .CO2Me NaO Me CO2Me MeOH CO2Me / dil. HCI Ph you + A. pka of the propyl ester is too high B. there is only one a-proton C. the benzoate ester is resonance stabilized D. pka of the propyl ester is too low
22. The mixed Claisen reaction shown provides product in only a trace amount. The starting materials are obtained upon isolation. Why? CO Me .CO Me NaoMe меон .CO.Me dil. HCI Ph A. pka of the propyl ester is too high C. the benzoate ester is resonance stabilized B. there is only one ce-proton D. pka of the propyl ester is too low +
22. The mixed Claisen reaction shown provides product in only a trace amount. The starting materials are obtained upon isolation. Why? CO Me CO Me NaOme MeOH CO Me / dil. HCI Ph Y come A. pka of the propyl ester is too high B. there is only one a-proton C. the benzoate ester is resonance stabilized D. pka of the propyl ester is too low 23. Select the product for the reaction shown: NaOH Ph H2O, THE 5 °C...
1) The following mixed Claisen reaction produces only a trace amount of product. The starting materials are obtained upon isolation. Why? CO2Me CO2Me NaOME MeOH CO Me / dil. HCI Ph A. pka of the propyl ester is too high B. there is only one a-proton C. the benzoate ester is resonance stabilized D. pka of the propyl ester is too low 2) Which of the following compounds will be formed from the reaction below: NaOH Ph H2O, THE 5...
21. Benzaldehyde is treated with 3,3-dimethyl-2-butanone and KOH at 100 °C. Select the resulting product: Ph OH OH O Ph Ph Ph A. B. C D. 22. The mixed Claisen reaction shown provides product in only a trace amount. The starting materials are obtained upon isolation. Why? CO,Me CO-Me NAOMe MeOH dil. HCI .COMe Ph A. pka of the propyl ester is too high B. there is only one c-proton C. the benzoate ester is resonance stabilized D. pka of...
19. Provide the product for the alkylation transformation: O LDA / EtBr product D. C. A. B. 22. The mixed Claisen reaction shown provides product in only a trace amount. The starting materials are obtained upon isolation. Why? CO2Me NaoMe CO2Me MeOH CO2Me / dil. HCI Ph + A. pka of the propyl ester is too high B. there is only one a-proton C. the benzoate ester is resonance stabilized D. pka of the propyl ester is too low
please show all steps 3. For the reaction shown below, only product A was obtained, whereas compound B was not formed. Write the reaction mechanism for the formation of product A and compare its mechanism to the mechanism for the formation of compound B. What conclusion can you draw from your comparison of the mechanisms that would explain why only A and not B is formed? Ph CO E Eto, Ph7 Ph L CO,E! CO,Et 1) NaOET, ETOH 2) HCI...
1. (27 pts) Shown below is the condensation of 4-methylbenzene-1,2-diamine and 4- methyl-pentanoic acid. The amounts of each starting material used in the reaction are given. Also, the amount of product obtained from the reaction is indicated Please answer each of the following questions. Show all of your work in order to obtain full credit NH2 intmdt + H2O но NH2 5-Methyl-2-(3-methyl-buty)- 1H-benzoimidazole 4-methyl- pentanoic acid C$H1202 Mol. WI: 116 2 density 0.92 g/ml ene- 1.2-diamine C13H18N2 Mol. Wt.: 202.3...
i need help with the postlab questions please Grignard reagent THE GRIGNARD REAGENT-PREPARATION AND REACTION In this experiment, you will prepare a Grignard reagent, phenyl magnesium bromide, from bromobenzene and magnesium metal. The Grignard reagent will then react with methyl benzoate to form triphenylmethanol. Introduction Grignard reagents, such as organomagnesium halides, were discovered in 1910 by French chemist Victor Grignard. The Grignard reaction is one of the most general methods for carbon- carbon bond formation in all of organic chemistry....