Diastereomers#!#Mesomers

Nomenclature Systems Of Geometrical Isomers|Priority Rules (CIP Sequence Rule)|Examples|Optical Isomerism|Plane Polarised Light|Chiral Centre|Questions|Asymmetric Molecule|Plane Of Symmetry|Centre Of Symmetry|Questions|Projection Formula|Fischer Projection|Relative Configuration (D/L)|Threo & Erythro System|Enantiomers|Diastereomers|Meso Compound|Racemic Mixture|Conformational Isomerism|Representation Of 3-D Molecules|Stability Factor Of Conformers|Conformers Of Ethane|Potential Energy Graph|OMR

Isomers which are …… mirror images are knows as ….. (superimposable, non-superimposable, enantiomers, diastereomers, epimers)

Enantiomers || Diastereomers || Determination OF Enantiomers and Diastereomers

R,S-configuration is a useful tool for determination of enantiomers, diasteromers and homomers. If configuration of all chiral centers are opposite then structures are enantiomers, if all chiral centers have same configuration then they are homomers and if some have same confguration and some have opposite configuration then they are diastereomers. Which of hte following is not diastereomer?

R,S-configuration is a useful tool for determination of enantiomers, diasteromers and homomers. If configuration of all chiral centers are opposite then structures are enantiomers, if all chiral centers have same configuration then they are homomers and if some have same confguration and some have opposite configuration then they are diastereomers. Among above structures find out enantiomeric structures:

R,S-configuration is a useful tool for determination of enantiomers, diasteromers and homomers. If configuration of all chiral centers are opposite then structures are enantiomers, if all chiral centers have same configuration then they are homomers and if some have same confguration and some have opposite configuration then they are diastereomers. Find out homomers:

|| Enantiomers diastereomers and meso compound ||