beta-D-(+)-Glucopyranose is represented by wh | vedclass

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(A) The structure of $\beta-D-(+)-$glucopyranose in its Haworth or cyclic form is characterized by the orientation of the hydroxyl group at the anomer

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(A) The structure of $\beta-D-(+)-$glucopyranose in its Haworth or cyclic form is characterized by the orientation of the hydroxyl group at the anomeric carbon $(C_1)$.In the $\beta$-anomer,the $-OH$ group at $C_1$ is on the same side as the $-CH_2OH$ group (upwards in the Haworth projection,or in the same relative configuration in the Fischer-like cyclic projection).Specifically,for $D$-glucose,the configuration at $C_2, C_3, C_4,$ and $C_5$ follows the standard $D$-glucose pattern.Comparing the given options,structure $A$ represents $\beta-D-(+)-$glucopyranose where the $-OH$ group at the anomeric carbon is oriented such that it corresponds to the $\beta$-configuration.

List-$I$ (Biopolymer)	List-$II$ (Monomer)
$A$. Starch	$I$. nucleotide
$B$. Cellulose	$II$. $\alpha$-glucose
$C$. Nucleic acid	$III$. $\beta$-glucose
$D$. Protein	$IV$. $\alpha$-amino acid

$\beta-D-(+)-$Glucopyranose is represented by which of the following structures?

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List-$I$ (Biopolymer) List-$II$ (Monomer)

$A$. Starch $I$. nucleotide

$B$. Cellulose $II$. $\alpha$-glucose

$C$. Nucleic acid $III$. $\beta$-glucose

$D$. Protein $IV$. $\alpha$-amino acid

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