CI CH3 но CH=CH, но CH3 (1) H,N CH, H. CH: CH,CH, HO

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Chapter1: Chemical Foundations
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Classify the following compounds as E and Z structures as applicable:

The image contains structural representations of three alkenes, which are hydrocarbons containing a carbon-carbon double bond.

**Structure I:**
- **Molecular Structure:** This compound has a double bond between two carbon atoms. 
- **Substituents:**
  - **Chlorine (Cl):** Attached to the left carbon.
  - **Amino group (NH₂):** Also attached to the left carbon.
  - **Methyl group (CH₃):** Attached to the right carbon.
  - **Hydrogen (H):** Also attached to the right carbon.

**Structure II:**
- **Molecular Structure:** This compound has a double bond between two central carbon atoms.
- **Substituents:**
  - **Hydroxyl group (OH):** Attached to the left carbon.
  - **Methyl group (CH₃):** Also attached to the left carbon.
  - **Ethyl group (CH₂—CH₃):** Attached to the right carbon.

**Structure III:**
- **Molecular Structure:** This compound also features a double bond between two carbon atoms.
- **Substituents:**
  - **Two Hydroxyl groups (OH):** Each is attached to the left carbon.
  - **Two Methyl groups (CH₃):** Each is attached to the right carbon.

These structures illustrate different functional group configurations around the carbon-carbon double bond, common in organic chemistry.
Transcribed Image Text:The image contains structural representations of three alkenes, which are hydrocarbons containing a carbon-carbon double bond. **Structure I:** - **Molecular Structure:** This compound has a double bond between two carbon atoms. - **Substituents:** - **Chlorine (Cl):** Attached to the left carbon. - **Amino group (NH₂):** Also attached to the left carbon. - **Methyl group (CH₃):** Attached to the right carbon. - **Hydrogen (H):** Also attached to the right carbon. **Structure II:** - **Molecular Structure:** This compound has a double bond between two central carbon atoms. - **Substituents:** - **Hydroxyl group (OH):** Attached to the left carbon. - **Methyl group (CH₃):** Also attached to the left carbon. - **Ethyl group (CH₂—CH₃):** Attached to the right carbon. **Structure III:** - **Molecular Structure:** This compound also features a double bond between two carbon atoms. - **Substituents:** - **Two Hydroxyl groups (OH):** Each is attached to the left carbon. - **Two Methyl groups (CH₃):** Each is attached to the right carbon. These structures illustrate different functional group configurations around the carbon-carbon double bond, common in organic chemistry.
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