7. Show how the following transformations can be made in an efficient manner. (20 pts) you...
(35 Pts) Show how you would efficiently make the following transformations in high yield. Provide the reagents for each reaction step and draw all resulting products for each step. 2. (19 Pts) aliin
4) (35 Pts) Show how you would efficiently make the following transformations in high yield. Provide the reagents for each reaction step and draw all resulting products for each step. a. (19 Pts) orion &
(35 Pts) Show how you would efficiently make the following transformations in high yield. Provide the reagents for each reaction step and draw all resulting products for each step. о ОН NH2
(35 Pts) Show how you would efficiently make the following transformations in high yield. Provide the reagents for each reaction step and draw all resulting products for each step. mechanis for the following reaction. rocito 1)NaOC2H5, C2H5OH + C2H50 OC2H5 H3C COC2H5 2) H30+
Please help
2. (pts) The following transformations require 5-6 steps. Show how to accomplish the transformations below using benzene as the starting material and any other monounctional organic reagents and inorganic reagents. To maximize your chances for partial credit show the products obtained after each step. Mechanisms should NOT be included. Your best 1 of 2 will be graded. отьору OH
2. Propose and efficient synthesis for each of the following transformations. [20] CN Br OH IIOH + enantiomer
8. (8 pts.) The following transformations can be done in two steps. Show the two reactions and the intermediate product. 9. (6 pts.) Do one of the two synthesis for regular credit, the other for extra credit. Clearly indicate which synthesis is to be graded as extra credit.. 'Eno —
Multistep synthesis. please show how you would do the
following transformations.
3) Show how you would carry out the following transformations. More than one step is required. Use any organic or inorganic reagents that you need. Show all reagents and intermediate products. (24 pts) H2CH2C CH3 HEH HH OH + enantiomer | Ph = Ph- H + 4
3. (4 pts) Mechansim Show the mechanism of the following process. in the following transformations