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31. (8) Provide a mechanism for the reaction below. Illustrate the role played by pyridine in...
Name 31. (8) Provide a mechanism for the reaction below. Illustrate the role played by pyridine in the reaction. Your mechanism must use curved arrows to represent electron movement and it must show all non-zero formal charges. NH2 N pyridine 32.(4) The reaction of acid chlorides with thiolates gives thioesters. Provide a mechanism for the following transformation. S Na ethyl thiolate SCH,CH; a thioester 33. (4) Describe how the following acts as a soap. Na 34. (4) The following synthesis...
31. (8) Provide a mechanism for the reaction below. Illustrate the role played by pyridine in the reaction. Your mechanism must use curved arrows to represent electron movement and it must show all non-zero formal charges. NH pyridine 32. (4) The reaction of acid chlorides with thiolates gives thioesters. Provide a mechanism for the following transformation. S Na ethyl thiolate Ischichte SCH.CH, a thioester 33. (4) Describe how the following acts as a soap. Na 34. (4) The following synthesis...
35. (4) Provide a mechanism for the following transformation. You must use curved arrows to represent electron movement and show all formal +/- charges to get full credit. a -N(CH3)3 heat CH3 CH2 OH 36. (6) Provide a synthesis for the following amine using a Gabriel synthesis. NH2 37. (4) Draw the 4 possible organic products for each reaction. 3.8 CH NHA 38. (4) Draw a structure for the expected product of the following reactions. NH2 + HEN H CI...
CICI 35. (4) Provide a mechanism for the following transformation. You must use curved arrows to represent electron movement and show all formal +/- charges to get full credit. a Nichols heat CHE CH2 OH 36.6) Provide a synthesis for the following amine using a Gabriel synthesis. NH2 37.(4) Draw the 4 possible organic products for each reaction. CHÚNH 38. (4) Draw a structure for the expected product of the following reactions. NH + HEN OH OH
35. (4) Provide a mechanism for the following transformation. You must use curved arrows to represent electron movement and show all formal +/- charges to get full credit. heat NCH) CH, OH CH 36. (6) Provide a synthesis for the following amine using a Gabriel synthesis. NH 37.(4) Draw the 4 possible organic products for each reaction. Lly CH,NH 38. (4) Draw a structure for the expected product of the following reactions. wila + HN OH Gila OH
35. (4) Provide a mechanism for the following transformation. You must use curved arrows to represent electron movement and show all formal +/- charges to get full credit. O NICH heat NICH) CH, OH "CH₂ 36. (6) Provide a synthesis for the following amine using a Gabriel synthesis. NH 37. (4) Draw the 4 possible organic products for each reaction. ily CH,NH. 38. (4) Draw a structure for the expected product of the following reactions, + HN OH Gila OH
Extra Credit Provide a reasonable mechanism for the formation of pyrazole in the reaction below. Use curved arrows to show all atom and electron motion, and show formal charges where appropriate. N-NH NH2NH2 pH ~5 H₂c a CH₂ H3C CH3
4. Provide a mechanism for the following reaction using arrows to indicate the movement of electrons. Be sure to show necessary lone pair electrons and formal charges. CH CH Br AIBr;
(4) Provide a mechanism for the following transformation. You must use curved arrows to represent electron movement and show all formal +/- charges to get full credit. -N(CH3)3 heat CH3 CH2 OH
1. Provide the products of the reaction below and a detailed reaction mechanism using curved arrows to indicate the movement of electrons. (a) (b) КОН (c) Note that formation of 4- or 7-membered rings is disfavored. Hiyo KOH acidie workup 2. An interesting problem that involves a bit of review (imines and Grignard chemistry) and application of what you previously learned to a new reaction: The Carbon of an imine functional group (i.e. R.C-NR) is sufficiently electron deficient to be...