10. Draw the product(s) of this E2 elimination reaction and draw the conformation of the substrate...
10. Draw the product(s) of this E2 elimination reaction and draw the conformation of the substrate that leads to the product(s) and fulfils the stereoelectronic requirements for E2 elimination. (CH3)3COK Pdt augu movie së zo mod core conformation possible products conformation only product I conformation possible products goy yo conformation possible products conformation only product
10. Draw the product(s) of this F2 climination reaction and draw the conformation of the substrate that leads to the products and fulfils the stereoelectronic requirements for EZ elimination. (CHCOK conformation possible products only product conformation mation possibile products conformation possible products confomabon only product 9. Draw the two products of this 2 elimination rection and draw the conformation o the substrate that leads to the more substituted (Zaitsey) product and fulfils the stereoelectronic requirements for E2 elimination.
9. Draw the two product(s) of this E2 elimination reaction and draw the conformation of the substrate that leads to the more substituted (Zaitsev) product and fulfils the stereoelectronic requirements for E2 elimination. NaOET Pdt po as our most the one Mis Me - Me more stable less stable more stable less stable
н.W. 10-E2, E1, Sn1 and Sn2 Each substrate undergoes E2 elimination with NaOCHs. Draw the ß-hydrogens, then draw each possible elimination product, and identify the major isomer. The first is shown as an example. Notice he base is a strong base which promotes 2nd order mechanisms Br Br major No need to draw all beta-hydrogens if they are equivalent. minor NaOCH Br Br Br Br
Provide a mechanism that leads to the E2 elimination product(s). Pay close attention to the stereochemistry and provide a name for the elimination product(s). 6. H .CH3 CH3ONA Br CH,он CH3 н Provide a detail explanation of how Zaitsev product and Hoffman product is formed. Give examples of both using a substrate and proper reaction conditions.. 7. Follow the instructions in Problem 7-13 on page 306 of your textbook. Additionally, provide mechanisms that lead to the products. 8. For each...
Draw the structure of the product of this reaction. CH3 6-H -- кон. E2 elimination product H Br • Use the wedge/hash bond tools to indicate stereochemistry where it exists • If there are alternative structures, draw the most stable one. • If no reaction occurs, draw the organic starting material.
6. Provide a mechanism that leads to the E2 elimination product(s). Pay close attention to the stereochemistry and provide a name for the elimination product(s). .CH н CH3ONA Br CH3 н CH,оH
Draw the structure of the product of this reaction. CH Br KOH E2 elimination product
Draw compound 1 in a chair conformation that is suitable to explain the E2 elimination to give the products shown. Provide the arrow-pushing mechanism to give the first product. Propose an arrow-pushing mechanism for the following transformation and show it in its completion.
Draw the product of the following E2 reaction. Fill in the Newman projection of the REACTIVE conformation looking down the direction of the arrow shown. Nah THF CH3