isomers of D(+) glucose and L(−) glucose respectively
anomers of glucose
diastereoisomers of glucose
isomers which differ in the configuration of C−2
isomers which differ in the configuration of C−5
A
isomers which differ in the configuration of C−2
B
isomers which differ in the configuration of C−5
C
diastereoisomers of glucose
D
isomers of D(+) glucose and L(−) glucose respectively
E
anomers of glucose
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Solution
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In α− and β− form of glucose, only the orientation of the −OH group attached to the first carbon atom is different. These type of structures are called as anomers of each other.
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Similar Questions
Q1
Assertion :The term anomers of glucose refers to isomers of glucose that differ in configuration at carbon one (C-1). Reason: Anomers of glucose arc cyclic diastereomers differ in configuration are C-1 existing in two forms α- and β-respectively.
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Q2
Match the following. (in order A, B, C, D)
List - I
List - II
A) α-D-Glucose and β-D-Glucose
1) Muta-rotation
B) (+) and (−) - Glucose
2) Enantiomers
C) D and L - Glucose
3) Anomers
D) Interconversion of α and β forms of glucose
4) Configurational
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Q3
Assertion :The two cyclic hemiacetal forms of glucose, α− form and β− form are called anomers. Reason: Anomers differ only in the configuration of the hydroxyl group at C−1.
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Q4
The enantiomer of α−D−(+)− glucose is ?
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Q5
Correct statements among the following is / are
A.D - Glucose and L - glucose are enantiomers
B.α- D - Glucose and β- D - Glucose are anomers
C.Glucose and fructose are functional group isomers