alpha-D(+) glucose and beta-D(+) glucose are( | vedclass

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(B) $\alpha-D(+)$ glucose and $\beta-D(+)$ glucose differ only in the configuration at the $C-1$ carbon atom,which is the anomeric carbon.Such isomers

Vedclass · Accepted Answer

$i, iii$ and $iv$

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(B) $\alpha-D(+)$ glucose and $\beta-D(+)$ glucose differ only in the configuration at the $C-1$ carbon atom,which is the anomeric carbon.Such isomers are specifically called anomers.Since they are not mirror images of each other,they are diastereomers.They are not epimers because epimers differ at a carbon other than the anomeric carbon (though they are a specific type of diastereomer,the term anomer is more precise).Therefore,they are $(i)$ Diastereomers and $(iv)$ Anomers.Since the provided options are slightly ambiguous,the most accurate classification is $(i)$ and $(iv)$.

$\alpha-D(+)$ glucose and $\beta-D(+)$ glucose are
$(i)$ Diastereomers
$(ii)$ Geometrical isomers
$(iii)$ Epimers
$(iv)$ Anomers
$(v)$ Enantiomers

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$\alpha-D(+)$ glucose and $\beta-D(+)$ glucose are$(i)$ Diastereomers$(ii)$ Geometrical isomers$(iii)$ Epimers$(iv)$ Anomers$(v)$ Enantiomers