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18 Nov 2019
Part A: Draw a mechanism for this reaction.
Interactive 3D display mode
Based on your responses to the previous questions, label with the map number "1" the carbon atoms in toluene that are most likely to form a bond to an electrophilic atom. The correct response will label more than one carbon atom.
Interactive 3D display mode
.
Part C: Rank these carbocations in order from MOST stable to LEAST stable.
Part D: Provide the major product of the transformation shown. For electrophilic aromatic substitution reactions, assume that the electrophile reacts only once with the substrate.
Hint: It may be helpful to take a look at Figure 1 before attempting this problem.
Figure 1:
Draw the molecule on the canvas by choosing buttons from the Tools (for bonds and charges), Atoms, and Templates toolbars.
Part A: Draw a mechanism for this reaction.
Interactive 3D display mode |
Based on your responses to the previous questions, label with the map number "1" the carbon atoms in toluene that are most likely to form a bond to an electrophilic atom. The correct response will label more than one carbon atom.
Interactive 3D display mode |
.
Part C: Rank these carbocations in order from MOST stable to LEAST stable.
Part D: Provide the major product of the transformation shown. For electrophilic aromatic substitution reactions, assume that the electrophile reacts only once with the substrate.
Hint: It may be helpful to take a look at Figure 1 before attempting this problem.
Figure 1:
Draw the molecule on the canvas by choosing buttons from the Tools (for bonds and charges), Atoms, and Templates toolbars.
Jean KeelingLv2
1 Jan 2019