In organic chemistry, when analyzing a specific bond between two carbon atoms, it is essential to consider the implied hydrogens associated with those carbons. The focus should be solely on the bond of interest, which in this case is the bond between carbon 2 and carbon 3. To accurately represent this bond, one must account for the implied hydrogens on the carbons directly involved in the bond.

For carbon 2 and carbon 3, if each carbon has two implied hydrogens, these should be included in the representation. However, it is important to note that any hydrogens on other carbons that are not part of the bond of interest should not be added. This selective addition ensures clarity in understanding the molecular structure and the specific interactions at the bond in question.

By focusing on the bond of interest and the relevant implied hydrogens, one can create a more accurate depiction of the molecular framework, which is crucial for further analysis and understanding of chemical behavior.