construct a model with four different atoms attached to carbon. Usewhite, green, orange and red balls to represent the differentatoms. Make another model that is identical with the first ( makesure they are superimposable). remove the orange atom from bothmodels and connect the two carbon atoms with a bond. This modelcontains two chiral carbons. It will be referred as F.
Construct a model that mirror image of F and this referred asG.
Build another model of G, and exchange the white and green atoms onone of the carbon atoms. This model will be referred as H.
construct the mirror image of H, this will referred as I .
1. what are the relationship(s) of H and I? (identical,stereoisomers, enantiomers, diastereoisomer)
construct a model with four different atoms attached to carbon. Usewhite, green, orange and red balls to represent the differentatoms. Make another model that is identical with the first ( makesure they are superimposable). remove the orange atom from bothmodels and connect the two carbon atoms with a bond. This modelcontains two chiral carbons. It will be referred as F.
Construct a model that mirror image of F and this referred asG.
Build another model of G, and exchange the white and green atoms onone of the carbon atoms. This model will be referred as H.
construct the mirror image of H, this will referred as I .
1. what are the relationship(s) of H and I? (identical,stereoisomers, enantiomers, diastereoisomer)
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