Question

e. Rank the following compounds in the decreasing order of their reactivity towards a nucleophile and explain the reason of your choice (1.5 points) F_3C $\text{O}$ H $\text{A}$ H_3C $\text{O}$ H $\text{B}$ H_3C $\text{O}$ CH_3 $\text{C}$ III. Draw the electron pushing mechanism for any four of the following five (Illa-e) reactions=4X2.25=9 points) $\text{a.}$ $\text{N}$ $H_3O^+$ $\text{O}$ $+ CH_3NH_2$ Hint: draw the full Lewis structure of $H_3O^+$ to start

          e. Rank the following compounds in the decreasing order of their reactivity towards a nucleophile and explain the reason of your choice (1.5 points)
F_3C
$\text{O}$  H
$\text{A}$
H_3C
$\text{O}$  H
$\text{B}$
H_3C
$\text{O}$  CH_3
$\text{C}$
III. Draw the electron pushing mechanism for any four of the following five (Illa-e) reactions=4X2.25=9 points)
$\text{a.}$  $\text{N}$  $H_3O^+$  $\text{O}$  $+ CH_3NH_2$
Hint: draw the full Lewis structure of $H_3O^+$ to start

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e. Rank the following compounds in the decreasing order of their reactivity towards a nucleophile and explain the reason of your choice (1.5 points)
F3C
O H
A
H3C
O H
B
H3C
O CH3
C
III. Draw the electron pushing mechanism for any four of the following five (Illa-e) reactions=4X2.25=9 points)
a. N H3O^+ O + CH3NH2
Hint: draw the full Lewis structure of H3O^+ to start

Added by Thomas H.

Chemistry: Structure and Properties

Nivaldo Tro 2nd Edition

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Solved by Expert Ian Kaigh

08/01/2019

Step 1

The reactivity of a compound towards a nucleophile is determined by the presence of electron-withdrawing groups or the availability of electron density on the carbon atom. In this case, we are given the following compounds: IIIa: CH3CH2CH2Br IIIb: Show more…

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Rank the following compounds in decreasing order of their reactivity towards a nucleophile and explain the reason for your choice (1.5 points). III. Draw the electron pushing mechanism for any four of the following five (IIIa-e) reactions = 4 x 2.25 = 9 points. H3O+ + CH3NH2. Hint: Draw the full Lewis structure of H2O to start.

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