Comprehensive Analysis of Saponification: Chemistry Final Project

This project provides a detailed analysis of saponification, a process central to soap making. It begins by demonstrating an understanding of the IUPAC nomenclature associated with saponification. The project then explores the dipole moments and electron distribution within saponification molecules, crucial for understanding their behavior. A key component involves examining the reaction mechanism, including nucleophilic attack by hydroxide, and the flow of electrons involved in the synthesis. Furthermore, the project delves into the interpretation of various spectra, including IR, H-NMR, C-NMR, and MS, linking spectral data to specific portions of the saponification molecule. Finally, the project includes cited sources, offering a comprehensive understanding of the topic. This assignment is designed to provide students with a thorough understanding of saponification, covering chemical reactions, molecular properties, and spectroscopic techniques.