Predict the organic product of the reaction shown below and then predict the likely mechanism

Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Predict the organic product of the reaction shown below and then predict the likely mechanism

The image depicts a chemical structure and a reaction condition. The molecule shown is a derivative of benzene.

### Molecular Structure:
- **Benzene Ring**: A hexagonal ring indicating aromaticity.
- **Substituents**: 
  - Three bromine (Br) atoms are attached to the molecule:
    - One Br is attached to the benzene ring.
    - Another Br is bonded to a carbon adjacent to the benzene ring.
    - The third Br is connected to the terminal position of an alkyne group.
  - A carbon-carbon triple bond (alkyne group) is attached to the carbon next to the benzene ring.

### Reaction Condition:
- **Reagent**: The arrow indicates that the reaction involves excess water (H₂O).

The diagram suggests a chemical reaction involving this brominated alkyne and an excess of water, hinting at a potential hydrolysis process or similar transformation.
Transcribed Image Text:The image depicts a chemical structure and a reaction condition. The molecule shown is a derivative of benzene. ### Molecular Structure: - **Benzene Ring**: A hexagonal ring indicating aromaticity. - **Substituents**: - Three bromine (Br) atoms are attached to the molecule: - One Br is attached to the benzene ring. - Another Br is bonded to a carbon adjacent to the benzene ring. - The third Br is connected to the terminal position of an alkyne group. - A carbon-carbon triple bond (alkyne group) is attached to the carbon next to the benzene ring. ### Reaction Condition: - **Reagent**: The arrow indicates that the reaction involves excess water (H₂O). The diagram suggests a chemical reaction involving this brominated alkyne and an excess of water, hinting at a potential hydrolysis process or similar transformation.
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