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Basics of Organic Chemistry and Mechanism
This note covers the following topics: Nomenclature of Organic Compounds, Molecular Stability, Linear combination of atomic orbital (LCAO) model, Formal Charge, Alkynes, Mechanisms of substitutions reactions, Nucleophilic substitution reactions, Mechanisms for the formation of alkenes, Regioselectivity of electrophilic additions to alkenes, Radical reactions of alkenes, Structure and reactivity of specific functional groups, Reduction of alkenes to alkanes, Alkene oxidation reactions.
Author(s): Professor Martin Wills
128 Pages 
This textbook is to be used by advanced students of Master's degree programmes specializing in chemistry on core principles of organic chemistry, with key topics including bonding in organic molecules, structural and stereochemical features, and fundamentals of nucleophilic substitution reactions. It further discusses the stereochemistry nature of organic compounds and chemical bonds, which is one of the key areas involved in explaining the behavior of molecules in various chemical reactions. The penetration of the elaboration of various kinds of organic reactions and the theory behind them makes it an indistinguishable resource for students looking to dig deep into the concepts of organic chemistry and its application.
Author(s): Uttarakhand Open University
272 Pages
Synthetic Organic Chemistry II by Prof. Rick Danheiser
It is an advanced-level book that is focused on synthesis: particularly on strategies for stereoselective synthesis. Methods for the stereocontrolled synthesis of acyclic compounds that are essential to be built with specific three-dimensional configurations are included. The book focuses a lot on the latest techniques and strategies in building complex organic structures, discussing much about reaction mechanisms and problems with stereoselectivity in synthetic pathways. This is the definitive resource for graduate students and researchers in organic synthesis and for those who want to be better equipped with a deeper understanding of synthetic methodologies.
Author(s): Rick Danheiser
NA Pages