Consider the following Diels-Alder reaction: a) Draw a detailed mechanism for the reaction and show the structures of the endo and exo products. b) Label the endo and exo product in part a. c) Which transition state is lower in energy, the one leading to the exo product or the one leading to the endo product?

a) what is the mechanism of this reaction? b) is this the only product formed, meaning is the reaction selective?

b. Draw the mechanism for this reaction. CH,O AICh CH₂CH₂C-C CH,O CH₂CH₂ + HCI

2. [puzzle 8] Draw the product of this reaction, plus a curved arrow mechanism. [1 + CI + AICI3 3. [puzzle 10] Draw the product of this reaction, plus a curved arrow mechanism. AICI 3 4. [puzzle 17] Draw the product of this reaction, plus a curved arrow mechanism AICI3

Please don't provide handwritten solution ....

Please correct answer and don't use hend raiting

Complete the mechanism for the resonance stabilization. Draw the curved arrows, and complete the structure of the second resonance form.

On a scrap piece of paper, draw the curved arrow mechanism for the following reaction. Once you have determined the major product, draw it in the space below. N 1) Ph MgCl, Et₂O 2) NH4CI, H₂O On a scrap piece of paper, draw the curved arrow mechanism for the following reaction. Once you have determined the major product, draw it in the space below. Note: The product can be drawn as a 2-D line drawing. 1) CH₂Li, THF 2) HCI, H₂O On a scrap piece of paper, draw the curved arrow mechanism for the following reaction. Once you have determined the major product, draw it in the space below. 1) Ph Na 2) NH4CI, H₂O On a scrap piece of paper, draw the curved arrow mechanism for the following reaction. Once you have determined the major product, draw it in the space below. 'N' 1) PhLi 2) H₂O

Curved arrows are used to illustrate the flow of electrons. Using the provided starting and product structures, draw the curved electron-pushing arrows for the following reaction or mechanistic step(s). Be sure to account for all bond-breaking and bond-making steps.

a) Is this reaction SN1/E1 or SN2/E2 ? b) For the reaction draw a mechanism for the formation of substitution product and elimination product. c) What is the rate law for the substitution reaction? d) Draw the energy profile diagram for the substitution reaction? e) What is the appropriate solvent for the reaction? protic or aprotic solvent.Explain why that appropriate solvent is good for the above reaction?