This
note covers the following topics:Derivatives Of Hydrocarbons, Alcohols, Phenols, Ethers And Epoxides ,
Derivatives Of Hydrocarbons, Aldehydes, Ketons, Carboxylic Acids, Functional
Derivatives Of Monocarboxylic Acids , Nitro Compounds, Organosulphur And Organo
Phosphorus, Organic Compounds Of Nitrogen, Amino Compounds , Organosulphur And
Organo Phosphorus Compound.
This note explains the following
topics: Fundamental stereochemical concepts, Synthetic strategy and principles
for stereoselective in particular enantioselective, chemical transformations,
Transition metal catalysis, Applications of frontier orbital theory,
Retrosynthetic analysisand Advanced organic synthesis.
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.
This note is an
intensive, comprehensive introduction to the chemistry of carbon and its
importance to biological molecules. Topics include current ideas of bonding and
structure, major reaction mechanisms and pathways, a discussion of the
analytical tools used to determine the structure and stereochemistry of organic
compounds and some of the chemistry of amino acids, peptides, carbohydrates, and
nucleic acids.
This note is designed to
provide a unified overview of fundamental organic chemistry for science majors. Students who successfully complete the reading of
this note acquire an integrated understanding of molecular architecture,
molecular transformations, reaction energetics and mechanisms, synthetic
strategy, and structure determination.
This lecture note introduces the
hierarchy of computational modelling methods used nowadays as standard tools by
organic chemists for searching for, rationalising and predicting structure and
reactivity of organic, bio-organic and organometallic molecules.
This lecture note is an introduction to organic chemistry,
focusing primarily on the basic principles to understand the structure and
reactivity of organic molecules. Major topics covered are: Resonance, Molecular
Orbital Theory, Hybridization, Cycloalkanes, Cyclohexane, Stereochemistry, Free
Radical Reactions, Structure and Synthesis of Alkenes.
Author(s): Dr. Sarah Tabacco and Prof.
Barbara Imperiali
This lecture note focuses on the methods used to
identify the structure of organic molecules, advanced principles of organic
stereochemistry, organic reaction mechanisms, and methods used for the synthesis
of organic compounds.
Author(s): Dr. Kimberly Berkowski
and Prof. Timothy F. Jamison
This note covers the following topics: The importance
of chemical principles, Hydrogen atom energy levels, Wave-particle duality of
light, Periodic trends, Molecular orbital theory, Electrochemical cells, Metals
in biology, Free energy and control of spontaneity.
Author(s): Prof. Catherine Drennan and
Dr. Elizabeth Vogel Taylor