How many o bonds are in the structure of the organic molecule below? H. :O: C :0: C HIN C- C. H -N: N C-H

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**Question:** How many σ bonds are in the structure of the organic molecule below?

**Structure Explanation:**

The displayed structure depicts a chemical compound with various atoms and bonds. Here's a breakdown of the structure:

- **Atoms:**
  - Carbon (C)
  - Nitrogen (N)
  - Oxygen (O)
  - Hydrogen (H)

- **Bonds:**
  - Single bonds (σ bonds) are depicted as single lines between the atoms.
  - Double bonds (one σ and one π bond) are shown as double lines between atoms.

**Detailed Analysis:**

- **Carbon Bonds:**
  - Each carbon atom typically forms four bonds. In this structure, carbon atoms are bonded to other carbon, nitrogen, or oxygen atoms.

- **Nitrogen Bonds:**
  - Nitrogen atoms show either three bonds and a lone pair or are involved in double bonding with carbon.

- **Oxygen Bonds:**
  - Oxygen atoms are involved in double bonds with carbon and have lone pairs of electrons.

- **Hydrogen Bonds:**
  - Hydrogen atoms form single bonds with carbon or nitrogen atoms.

To determine the number of σ bonds, count all the single covalent bonds between the atoms.

**Graphical Description:**
- The structure contains multiple interconnected carbon atoms forming the backbone of the organic molecule.
- Nitrogen and oxygen atoms are attached to this backbone, contributing to the complexity of the structure.
  
In total, count each single line connecting two atoms to find the number of σ bonds.
Transcribed Image Text:**Question:** How many σ bonds are in the structure of the organic molecule below? **Structure Explanation:** The displayed structure depicts a chemical compound with various atoms and bonds. Here's a breakdown of the structure: - **Atoms:** - Carbon (C) - Nitrogen (N) - Oxygen (O) - Hydrogen (H) - **Bonds:** - Single bonds (σ bonds) are depicted as single lines between the atoms. - Double bonds (one σ and one π bond) are shown as double lines between atoms. **Detailed Analysis:** - **Carbon Bonds:** - Each carbon atom typically forms four bonds. In this structure, carbon atoms are bonded to other carbon, nitrogen, or oxygen atoms. - **Nitrogen Bonds:** - Nitrogen atoms show either three bonds and a lone pair or are involved in double bonding with carbon. - **Oxygen Bonds:** - Oxygen atoms are involved in double bonds with carbon and have lone pairs of electrons. - **Hydrogen Bonds:** - Hydrogen atoms form single bonds with carbon or nitrogen atoms. To determine the number of σ bonds, count all the single covalent bonds between the atoms. **Graphical Description:** - The structure contains multiple interconnected carbon atoms forming the backbone of the organic molecule. - Nitrogen and oxygen atoms are attached to this backbone, contributing to the complexity of the structure. In total, count each single line connecting two atoms to find the number of σ bonds.
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