Organic Chemistry the Easy way : Complete isomerism including structural and stereo Isomers.
What you will learn
Understanding: Students will understand the concepts of isomerism and their types in organic chemistry
Structural Isomerism: Introduction to Structural Isomerism their types like chain,position,metamerism,tautomerism.
Stereo isomerism: Understanding different types of stereomers including configurational and conformational Isomers.
Optical and Geometrical isomerism: Students will understand the different terms of Optical and Geometrical Isomers like Cis-Trans, syn-anti ,R and S configurati
Description
This organic chemistry course provides students with a comprehensive understanding of isomerism and it’s types.
Key Concepts:
Isomerism:
Understanding the concept of Isomerism and it’s types in organic chemistry.
Structural Isomerism:
Understanding the structural isomerism and it’s types including chain isomers, position isomers, metamers , Functional group isomers and Ring Chain isomers.
Tautomerism:
Understanding of tautomerism ,enol content and how conjugation and Hydrogen bonding affects enol content.
Stereo isomerism:
Understanding the stereo isomerism and how different organic compounds exist in three dimensions including configurational and conformational isomers.
Configurational Isomers:
Understanding different Configurational Isomers like Geometrical and Optical Isomers and their different Configurations.
Geometrical isomerism:
Learning different types of geometrical isomers including Cis-Trans, Syn-Anti and E and Z Configurations.
Optical Isomerism:
Understanding the optical isomerism having different Configurations.
Polarimetry:
Identification of organic compounds whether they are optical active or optically inactive using polarimetry.
Diastereomers:
Understanding how compounds are stereo isomers but not mirror images of each other known as diastereomers.
Enantiomers
Meso Compounds
Racemic Mixture
Understanding different Configurations like R and S Configuration, D and L Configurations for sugars, dextrorotatory and levorotatory Configuration, Erythro and Threo compounds.
Conformational Isomerism:
Understanding conformers of different organic compounds, dihedral angle. Conformers of ethane, butane and hexane ars explained.
Thank You.
Content