This book introduces the fundamental principles and applications of Nuclear Magnetic Resonance (NMR) and Infrared (IR) spectroscopy for identifying organic compounds. It aims to equip readers with the ability to translate spectral data into structural formulas, providing essential reference data and correlation tables. The text covers high-resolution NMR spectroscopy, its applications in organic chemistry, and includes seminar problems with solutions. Additionally, it delves into the theoretical basis of IR spectroscopy, its practical uses in organic chemistry, and offers IR spectroscopic problems and corresponding correlation tables.

This text is presented as a foundational resource for understanding spectroscopic methods in organic chemistry. The detailed coverage of both NMR and IR spectroscopy, including theoretical aspects, practical applications, and problem sets with solutions, suggests it is designed for students or researchers seeking to develop proficiency in structural elucidation. The inclusion of reference data and correlation tables indicates a focus on practical utility and serves as a valuable tool for laboratory work and academic study.