(B) Anomers of glucose are cyclic diastereomers (epimers) that differ in configuration at the anomeric carbon,which is $C-1$. They exist in two forms,

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isomers of glucose that differ in configuration at carbon one $(C-1)$

(B) Anomers of glucose are cyclic diastereomers (epimers) that differ in configuration at the anomeric carbon,which is $C-1$. They exist in two forms,$\alpha-$ and $\beta-$form,depending on the orientation of the hydroxyl group at $C-1$ relative to the $CH_2OH$ group.

Class 12 Chemistry Biomolecules Carbohydrates

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The term anomers of glucose refers to

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A
enantiomers of glucose
B
isomers of glucose that differ in configuration at carbon one $(C-1)$
C
isomers of glucose that differ in configurations at carbons one and four $(C-1$ and $C-4)$
D
a mixture of $(D)-$glucose and $(L)-$glucose

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Class 12

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Biomolecules

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Carbohydrates

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Match List-$I$ with List-$II$ for the following reaction pattern:
Glucose $\xrightarrow{\text{Reagent}}$ Product $\longrightarrow$ Structural prediction
List-$I$ (Reagents) List-$II$ (Structural prediction)
$a$. Acetic anhydride $i$. Glucose has an aldehyde group
$b$. Bromine water $ii$. Glucose has a straight chain of six carbon atoms
$c$. Hydroiodic acid $iii$. Glucose has five hydroxyl groups
$d$. Hydrogen cyanide $iv$. Glucose has a carbonyl group

Choose the correct answer from the options given below.

List-$I$ (Reagents)	List-$II$ (Structural prediction)
$a$. Acetic anhydride	$i$. Glucose has an aldehyde group
$b$. Bromine water	$ii$. Glucose has a straight chain of six carbon atoms
$c$. Hydroiodic acid	$iii$. Glucose has five hydroxyl groups
$d$. Hydrogen cyanide	$iv$. Glucose has a carbonyl group

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