Mechanism 3. When healed the cyclobutene below coverts to a mbxture of products A and B. The first step of each of the two mechanisms is vory similar, but not exactly the same. Following the first step the reactione follow very different paths. Provide separate mechanisms for the formation of A and B. Brielly explain what is happening in the fist step of the mechanism and why the pathway to B cannot lollowing the same or similar mechanism as the path to A. HQ 100 C
Mechanism 3. When healed the cyclobutene below coverts to a mbxture of products A and B. The first step of each of the two mechanisms is vory similar, but not exactly the same. Following the first step the reactione follow very different paths. Provide separate mechanisms for the formation of A and B. Brielly explain what is happening in the fist step of the mechanism and why the pathway to B cannot lollowing the same or similar mechanism as the path to A. HQ 100 C
Organic Chemistry: A Guided Inquiry
2nd Edition
ISBN:9780618974122
Author:Andrei Straumanis
Publisher:Andrei Straumanis
Chapter14: Elimination
Section: Chapter Questions
Problem 15E
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![Mechanlsm 3. When healed the cyclobutene below coverts to a mixture of products A and B. The first step of each of the
two mechanisms is very similar, but not exactly the same. Following the first step the reactions follow very different paths.
Provide separate mechanisms tor the formation of A and B. Brielly explain what is happening in the first step of the
mechanism and why the pathway to B cannot following the same or similar mechanism as the path to A.
HO
Coc,
100°C
mechanism:](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa4a290b0-e55d-4878-8c49-4536c7e5d3eb%2Fc18c86e9-1194-4bda-ab37-6a8eb146b7a8%2Fzy1fswa_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Mechanlsm 3. When healed the cyclobutene below coverts to a mixture of products A and B. The first step of each of the
two mechanisms is very similar, but not exactly the same. Following the first step the reactions follow very different paths.
Provide separate mechanisms tor the formation of A and B. Brielly explain what is happening in the first step of the
mechanism and why the pathway to B cannot following the same or similar mechanism as the path to A.
HO
Coc,
100°C
mechanism:
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