C8H12N2

C8H12N2 is a molecular formula representing a family of organic compounds that share eight carbon atoms, twelve hydrogen atoms, and two nitrogen atoms. The formula corresponds to a molecular weight of approximately 136.19 g/mol. With a degree of unsaturation of four, this formula can accommodate several structural motifs, including an aromatic ring or multiple rings and double bonds, but it does not specify a unique structure on its own.

As a formula, C8H12N2 can describe a range of constitutional isomers and stereoisomers. Possible arrangements include aryl- or heteroaromatic frameworks as well as aliphatic backbones bearing amine or other nitrogen-containing substituents. Because multiple distinct structures fit the same formula, compounds with this formula can have a wide variety of physical properties, reactivities, and potential applications, depending on the exact arrangement of atoms and functional groups.

In chemical databases and literature, C8H12N2 is typically used as a formula entry that requires further structural information to identify a specific compound. To determine a precise identity, researchers rely on structural descriptors such as SMILES or InChI strings and a registry number like CAS. The safety, regulatory status, and potential uses of any particular isomer depend on its exact structure and functional groups, not on the formula alone.

Overall, C8H12N2 functions as a general descriptor for a set of possible compounds. Its exact identity and properties must be established through explicit structural information and experimental data.