A bottle labeled 3-iodo-1-pentene (structure below) was stored in the back of the laboratory refrigerator. Several weeks later, a chemist analyzed the compound and found that it was contaminated with a different molecule with the same molecular formula. Determine the structure of the isomer and draw a curved-arrow mechanism to explain how it was formed.

Question

A bottle labeled 3-iodo-1-pentene (structure below) was stored in the back of the laboratory refrigerator. Several weeks later, a chemist analyzed the compound and found that it was contaminated with a different molecule with the same molecular formula. Determine the structure of the isomer and draw a curved-arrow mechanism to explain how it was formed.
A bottle labeled 3-iodo-1-pentene (structure below) was stored in the back of the laboratory refrigerator. Several weeks later, a chemist analyzed the compound and found that it was contaminated with a different molecule with the same molecular formula. Determine the structure of the isomer and draw a curved-arrow mechanism to explain how it was formed.

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The Answer of A bottle labeled 3-iodo-1-pentene (structure below) was stored in the back of the laboratory refrigerator. Several weeks later, a chemist analyzed the compound and found that it was contaminated with a different molecule with the same molecular formula. Determine the structure of the isomer and draw a curved-arrow mechanism to explain how it was formed.

A Bottle Labeled 3-Iodo-1-Pentene (Structure Below) Was Stored in the Back