5.) Fill in the following table with the number of carbon atoms of the specific hybridization state belonging to the following molecule. ÇH2 N=C=0 Hybridization states of carbon # of carbon atoms sp sp2 sp

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**Question 5:** 

Fill in the following table with the number of carbon atoms of the specific hybridization state belonging to the given molecule.

### Molecular Structure:
The diagram depicts a molecule with a cyclobutene structure, featuring a methylene group (CH₂) attached to a carbon that is part of a ring and a nitrile group (N≡C=O) extending from the opposite side.

### Table:

| Hybridization states of carbon | # of carbon atoms |
|--------------------------------|-------------------|
| sp³                            |                   |
| sp²                            |                   |
| sp                             |                   |

**Instructions:**
Examine the molecular structure carefully to identify the hybridization states of each carbon atom, then fill in the table with the correct numbers.
Transcribed Image Text:**Question 5:** Fill in the following table with the number of carbon atoms of the specific hybridization state belonging to the given molecule. ### Molecular Structure: The diagram depicts a molecule with a cyclobutene structure, featuring a methylene group (CH₂) attached to a carbon that is part of a ring and a nitrile group (N≡C=O) extending from the opposite side. ### Table: | Hybridization states of carbon | # of carbon atoms | |--------------------------------|-------------------| | sp³ | | | sp² | | | sp | | **Instructions:** Examine the molecular structure carefully to identify the hybridization states of each carbon atom, then fill in the table with the correct numbers.
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