Draw the major product formed when HBr reacts with the following epoxide. Use wedge/dash bonds, including H’s at each…
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Question “Draw the major product formed when HBr reacts with the following epoxide. Use wedge/dash bonds, including H’s at each…”
Answer
Based on the concepts of epoxide rings opening by nucleophile and second order nucleophilic substitutio reactions, the given problem is solved.
The three-membered cyclic rings has two
carbon atoms and one hybridized oxygen. This moiety is called epoxide. Also known as cyclicethers, epoxides can also be called cyclic ethers.
attack is the sequence that leads to the opening of an epoxide. It all depends on what type of nucleophile is present.
The nucleophile reacts with epoxide at a substituted site when it is present in the form of an
type reaction.
Example:
The nucleophile reacts with epoxide at a site that is less substituted when it is present in the environment. This reaction is
.
Example:
Ans:
This is the structural formula for the major organic product:
Conclusion
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