C6H6N2O

C6H6N2O is a molecular formula that represents a family of organic compounds containing six carbon atoms, six hydrogen atoms, two nitrogen atoms, and one oxygen atom. The formula does not specify how these atoms are connected, so multiple constitutional isomers and tautomers can share this formula.

The molecular weight of C6H6N2O is approximately 122.13 g/mol. Because the connectivity is not defined by the formula alone, the physical properties, such as melting point, boiling point, and solubility, as well as spectroscopic characteristics, can vary widely among the possible isomers.

C6H6N2O can correspond to several structural classes, including heteroaromatic rings with two nitrogen atoms and various oxygen-containing substituents, as well as non-aromatic structures such as amide, imide, oxime, or related functional groups attached to a carbon framework. The exact class, and therefore the chemical behavior and potential applications, depend on the specific arrangement of atoms.

In chemical databases, C6H6N2O is used as a formula entry representing any compound that matches this composition; each isomer has its own systematic name, identifiers, and properties. To identify a particular substance, structural information or a reference to a specific isomer is required. Synthesis routes, reactivity, and uses are likewise highly structure-dependent.

Safety data for compounds with this formula must be obtained from the specific isomer’s material safety data sheet. General laboratory precautions for nitrogen-containing organic compounds apply.