Combustion analysis is a stoichiometric method used to determine the elemental composition and molecular identity of organic compounds based on quantitative data from complete oxidation reactions. The core theoretical principle relies on the Law of Conservation of Mass, specifically establishing that all carbon in the combustion products (CO₂) originates solely from the fuel, while hydrogen atoms derive entirely from water produced during the reaction; oxygen content must be derived via subtraction due to its contribution from both the reactant and atmospheric air. This mechanism enables the derivation of empirical formulas by calculating molar ratios of constituent elements, which are subsequently scaled to determine molecular formulas when combined with accurate molar mass data within chemical thermodynamics.
Combustion analysis is a stoichiometric method used to determine the elemental composition and molecular identity of organic compounds based on quantitative data from complete oxidation reactions. Th…