what are the reagents? notice the directions of fhe arrows
what are the reagents? notice the directions of fhe arrows 8 9 9 8 9
need more PRACTICE? Try Problem 6.48 Reaction Arrows ht notice that some steps deawn Predict whether each of the following carbocations will rearrange. If so, draw the expected rearrangement using curved arrows. (7) roce (e) (a) (b) (c) (d) (1) (g) maction *Propose a mechanism for the following transformation: (8) OH
8. Provide the necessary reagents, reaction conditions, and structures in the rectangles below. 30 Ons 9. Draw a detailed arrow-pushing mechanism for the following transformations. Show each and every electron flow and bond change using two-headed curved arrows. Overall: NaOE/EXOH First step NatOEt + HC Second step: (redraw structure A here) Third Step: + HOE (redraw structure B here) Fourth Step: + Nat OE (redraw structure Chere) Fifth Step: che De (redraw structure D here)
Please provide the multi step sequence. no need for
arrows or mechanism. just reagents and intermediates. They are in
the enol and enolate chapter.
Enter the numbers for the mechanism arrows for the SN2 reaction. 8 12 9 H O 4 5 6 + H3CH2CH2CH2C- 7 Br H3CH2CH2CH2C- OH +
Synthesis a possible mechanism using push arrows for
the reaction. Draw intermediates and label reagents
O O O
1. (6 pts) Provide reagents for each of the following reactions over the arrows provided. ОН ОН то ОН
what is fhe combined mass in grams of objects that have masses of 0.2027 kg, 80.0 g,524 mg?
8. Provide the reagents necessary to carry out the following transformation: (10 pts) Ci 9. Provide the reagents necessary to carry out the following conversion: (10 pts) Br Cl
For the following reaction draw in the a) reagents and curly arrows needed as well as the products b) draw in the carbocation leading to the respective product in the energy diagram below. c) Explain why the major product forms to a greater degree based upon the reaction coordinate diagram. 1. less substituted carbocation more substituted carbocation Lower Activation Energy Ea
draw out full mechanism with arrows
tory aptitudes is not fully known, but notice that one for cation stability. This information is useful ger product, as shown in Solved Problem 21.15 he ne? CF3CO3H ? CH2CI2 serted between the carbonyl C and one of the to a primary and a secondary alkyl group. The ially break, producing the lactone (cyclic ester) as a greater primary alkyl group.