Classify the carbon atoms in each compound as 1°, 2°, 3°, or 4°. Be sure to answer all parts. d a [1] с а: b: с: d: [2]

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**Classification of Carbon Atoms in Compounds**

In this exercise, you are required to classify the carbon atoms in each compound as primary (1°), secondary (2°), tertiary (3°), or quaternary (4°). Ensure you provide answers for all sections.

### Compound Diagram [1]
- A linear representation of a compound with branches labeled as:
  - "a" branching off the first carbon.
  - "b" and "c" branching off the second carbon.
  - "d" branching off the third carbon.

**Classification Boxes:**
- a: [  ]
- b: [  ]
- c: [  ]
- d: [  ]

### Compound Diagram [2]
- A branched structure with carbon atoms labeled:
  - "b", "c", and "d" branching off a central carbon labeled "a".

**Classification Boxes:**
- a: [  ]
- b: [  ]
- c: [  ]
  
---

**Explanation for Graphs/Diagrams:**

Each diagram represents a structural formula of organic compounds, showing carbon atoms as points from which other atoms or groups may branch. Based on the number of other carbons each carbon atom is connected to, classify them into primary, secondary, tertiary, or quaternary categories. 

For example, in a linear part of a chain:
- A primary carbon (1°) is connected to only one other carbon.
- A secondary carbon (2°) is connected to two other carbons.
- A tertiary carbon (3°) is connected to three other carbons.
- A quaternary carbon (4°) is connected to four other carbons.

Essentially, the diagrams illustrate different organic molecules requiring analysis of the connectivity of carbon atoms to determine their classification. Fill the boxes with the appropriate classification number.
Transcribed Image Text:**Classification of Carbon Atoms in Compounds** In this exercise, you are required to classify the carbon atoms in each compound as primary (1°), secondary (2°), tertiary (3°), or quaternary (4°). Ensure you provide answers for all sections. ### Compound Diagram [1] - A linear representation of a compound with branches labeled as: - "a" branching off the first carbon. - "b" and "c" branching off the second carbon. - "d" branching off the third carbon. **Classification Boxes:** - a: [ ] - b: [ ] - c: [ ] - d: [ ] ### Compound Diagram [2] - A branched structure with carbon atoms labeled: - "b", "c", and "d" branching off a central carbon labeled "a". **Classification Boxes:** - a: [ ] - b: [ ] - c: [ ] --- **Explanation for Graphs/Diagrams:** Each diagram represents a structural formula of organic compounds, showing carbon atoms as points from which other atoms or groups may branch. Based on the number of other carbons each carbon atom is connected to, classify them into primary, secondary, tertiary, or quaternary categories. For example, in a linear part of a chain: - A primary carbon (1°) is connected to only one other carbon. - A secondary carbon (2°) is connected to two other carbons. - A tertiary carbon (3°) is connected to three other carbons. - A quaternary carbon (4°) is connected to four other carbons. Essentially, the diagrams illustrate different organic molecules requiring analysis of the connectivity of carbon atoms to determine their classification. Fill the boxes with the appropriate classification number.
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