Determination of the Number of Oxo Groups in Carbonyl Compounds Using the Potassium Iodate

Determination of the Number of Oxo Groups in Carbonyl Compounds Using the Potassium Iodate

Anitha Sudhir 1*, Sowmya P T 2

1*,2 Department of Chemistry, Vidyavardhaka College of Engineering, Karnataka, Mysuru

*Correspondence: Anitha Sudhir (dranithasudhir@gmail.com)

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Abstract - Potassium iodate serves as a key component in a straightforward titrimetric method employed for quantifying the number of oxo groups in carbonyl molecules. This facile approach utilizes iodometry to gauge the remaining unreacted potassium iodate subsequent to the oxidative breakdown of the carbonyl molecule by potassium iodate. The examination of a diverse range of compounds for their oxo groups not only offers valuable information on molecular structure but also provides insights into the characteristics of these compounds. This knowledge holds significance across various disciplinary fields, enhancing our understanding of chemical reactivity and contributing to applications in the fields such as analytical chemistry, environmental studies, materials science, and pharmaceuticals.

Key Words: carbonyl compound, iodometry, oxo group, potassium iodate.