C8H14ClN5

C8H14ClN5 is the molecular formula representing eight carbon atoms, fourteen hydrogen atoms, one chlorine atom, and five nitrogen atoms. This formula corresponds to a family of constitutional isomers rather than a single defined compound, so the exact structure and properties depend on how the atoms are connected. The nominal molecular weight is about 215.7 g/mol, and the index of hydrogen deficiency (DBE) is four, indicating a combination of rings and/or multiple bonds in potential structures.

Because many isomers share this formula, there is no unique structure associated with C8H14ClN5. Possible arrangements include nitrogen-rich heterocycles such as triazole- or tetrazole-containing cores, other polyaza rings, or fused heteroaromatic systems, each bearing a chlorine substituent or a chlorine-containing side chain. The presence of five nitrogen atoms suggests high polarity and potential basicity, while the chlorine atom can influence reactivity and metabolic properties in suitable structures.

Physical properties such as melting and boiling points, solubility, and reactivity are not defined by the formula alone and vary with the specific connectivity and stereochemistry of the isomer. In practice, compounds with this formula may appear in medicinal chemistry research, as synthetic intermediates, or in specialized organic synthesis contexts, rather than as common, widely cataloged substances.

Safety and handling follow standard chemical hygiene practices appropriate to the specific compound. Nitrogen-rich and halogenated organic molecules can present particular health or environmental risks depending on structure, so data from a defined structure should be consulted for precise guidance.