which functional group would sodium hydroxide deprotonate? choose all that apply

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which functional group would sodium hydroxide deprotonate? choose all that apply
### Chemical Structure Diagram

The image showcases a chemical structure diagram consisting of several different molecular groups. These groups are labeled with letters A, B, C, and D, indicating specific sections of the molecule. Below is a detailed description of the molecular structure:

#### Molecular Groups:

1. **A (HC)**:
   - Represented by a circle labeled "HC".
   - This indicates a hydrogen atom (H) bonded to a carbon atom (C) through triple bonds.

2. **B (SH)**:
   - Represented by a circle labeled "SH".
   - This suggests a thiol group, with a sulfur atom (S) bonded to a hydrogen atom (H).

3. **C (OH)**:
   - Represented by a circle labeled "OH".
   - This signifies a hydroxyl group, consisting of an oxygen atom (O) bonded to a hydrogen atom (H).

4. **D (CH2)**:
   - Represented by a circle labeled "C H2".
   - This is a methylene group, with a carbon atom (C) bonded to two hydrogen atoms (H).

#### Linkages and Bonds:

- The HC group (A) is bonded to the CH2 group (D) via a triple bond.
- The CH2 group (D) is attached to the CH group, which is in turn connected to the SH group (B).
- The CH group is also bonded to another carbon (C) which is linked to the OH group (C).

### Diagram Summary

The diagram depicts a complex molecule featuring multiple functional groups, including a terminal alkyne (HC), a thiol group (SH), a hydroxyl group (OH), and intermediate methylene and methyne groups:
- **Triple Bond**: HC ≡ CH2
- **Single Bonds**: between the rest of the groups, maintaining structural integrity and specificity.

This structure is critical in understanding the chemical properties and reactivity of the compound. Each functional group imparts unique characteristics and potential reactivity sites, essential in various chemical processes and synthesis pathways.
Transcribed Image Text:### Chemical Structure Diagram The image showcases a chemical structure diagram consisting of several different molecular groups. These groups are labeled with letters A, B, C, and D, indicating specific sections of the molecule. Below is a detailed description of the molecular structure: #### Molecular Groups: 1. **A (HC)**: - Represented by a circle labeled "HC". - This indicates a hydrogen atom (H) bonded to a carbon atom (C) through triple bonds. 2. **B (SH)**: - Represented by a circle labeled "SH". - This suggests a thiol group, with a sulfur atom (S) bonded to a hydrogen atom (H). 3. **C (OH)**: - Represented by a circle labeled "OH". - This signifies a hydroxyl group, consisting of an oxygen atom (O) bonded to a hydrogen atom (H). 4. **D (CH2)**: - Represented by a circle labeled "C H2". - This is a methylene group, with a carbon atom (C) bonded to two hydrogen atoms (H). #### Linkages and Bonds: - The HC group (A) is bonded to the CH2 group (D) via a triple bond. - The CH2 group (D) is attached to the CH group, which is in turn connected to the SH group (B). - The CH group is also bonded to another carbon (C) which is linked to the OH group (C). ### Diagram Summary The diagram depicts a complex molecule featuring multiple functional groups, including a terminal alkyne (HC), a thiol group (SH), a hydroxyl group (OH), and intermediate methylene and methyne groups: - **Triple Bond**: HC ≡ CH2 - **Single Bonds**: between the rest of the groups, maintaining structural integrity and specificity. This structure is critical in understanding the chemical properties and reactivity of the compound. Each functional group imparts unique characteristics and potential reactivity sites, essential in various chemical processes and synthesis pathways.
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