Br ♡♡ Br OH OH OH -ОН OH OH OH لله الله Br Br OH all letters that apply all letters that apply all letters that apply A enantiomers B diasteromers C different conformations of the same molecule D identical comformations of the same molecule E constitutional isomers F stereoisomers G different molecules H both are chiral I neither is chiral

Identify the relationship between these two structures. F OH НО. CH3 H CH3 H H₂C- H₂CH Diastereomers The same compounds O Unrelated compounds O Enantiomers יד -H F I

The following two compounds are: Br CH3CH₂ H CH3 CH3CH₂ Br Veuillez choisir une réponse. O Enantiomers O Constitutional isomers O Stereoisomers O Identical Diastereomers H CH3

Are the two molecules below the same molecule, different molecules, enantiomers, or diastereomers? Br Br Br Br

The amino acid threonine is one of the common natural building blocks for proteins. Unlike many of the standard 20 amino acids, it contains 2 stereogenic centers. The natural form, L-Threonine, is shown below. OH 요애 NH₂ Drawn below are four Fischer projections of threonine stereoisomers. Is each compound an enantiomer, diastereomer, or the correct structure of L-Threonine? HO Н Н COOH -NH₂ -OH CH3 A A. [Select] [Select] Diastereomer Enantiomer L-Threonine [SCICCT] [Select] COOH H NH2 H2N -H Н НО R CH3 в COOH -H OH CH3 C H₂N- НО COOH H CH3 D

What is the relationship between the two shown compounds ? OH OH "OH OH 1 they are enantiomers 2 they are diastereomers they are identical 3. A they are meso 5 they are constitutional isomers

Which of the following compounds represent enantiomers: CH,OH H. CH CH, H OH HO CH, HO H H OH H H CH, HO CH, H,CH OH II IV IIl and IV Il and IlII I and IV ) Il and II

Where are the stereocenters in this chair conformation?  What is the difference between stereocenters and chiral centers?

what is the relationship between these molecules? , enantiomers , diastereomers , identical ?

What is relationship between the two structures shown below? OCH3 OCH3 they are diastereomers O they are constitutional isomers they are enantiomers they are the same compound