4.) Fill in the following table with the number of carbon atoms of the specific hybridization state belonging to the following molecule. CH3 CN Hybridization states of carbon # of carbon atoms sp3 sp? sp

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**Assignment: Hybridization States in Molecules**

*Question:*

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

*Molecular Diagram:*

The diagram shows a molecule with a pentagonal (five-membered) ring containing one oxygen (O) double-bonded, one carbon triple-bonded to nitrogen (CN), and a methyl group (CH₃) attached via a single bond.

*Table to Complete:*

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

*Instructions:*

Analyze the molecule to determine the hybridization state of each carbon atom, and fill in the table with the corresponding number of carbon atoms for each hybridization state.
Transcribed Image Text:**Assignment: Hybridization States in Molecules** *Question:* 4.) Fill in the following table with the number of carbon atoms of the specific hybridization state belonging to the following molecule. *Molecular Diagram:* The diagram shows a molecule with a pentagonal (five-membered) ring containing one oxygen (O) double-bonded, one carbon triple-bonded to nitrogen (CN), and a methyl group (CH₃) attached via a single bond. *Table to Complete:* | Hybridization states of carbon | # of carbon atoms | |--------------------------------|-------------------| | sp³ | | | sp² | | | sp | | *Instructions:* Analyze the molecule to determine the hybridization state of each carbon atom, and fill in the table with the corresponding number of carbon atoms for each hybridization state.
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