Methyl D - glucoside on reaction with $H l O_{4}$ consume two moles of the reagent and produces the dialdehyde (A) and one mole of $H C O O H$
The result of this reaction proves that glucose has :

A pyranose structure

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A furanose structure

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An open-chain structure

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A four-membered ring structure

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Solution

The correct option is A A pyranose structure
It proves that glucose has a pyranose structure as

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Similar questions

Q. Methyl D - glucoside on reaction with

H I O_{4}

consume two moles of the reagent and produces the dialdehyde (A) and one mole of

H C O O H

The result of this reaction proves that glucose has pyranose structure

STATEMENT-1 : Sucrose is a reducing sugar.
STATEMENT-2 : In sucrose glucose unit has pyranose form and fructose unit has furanose form.

Which of the following monosaccharides are present as five-membered cyclic structure (furanose structure)?
(a) Ribose (b) Glucose (c) Fructose (d) Galactose

Q. Which of the following reactions and facts of D-glucose cannot be explained by its open chain structure?

Write the reactions of D-glucose which can't be explained by its open chain structure. How can cyclic structure of glucose explain these reactions?

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Methyl D - glucoside on reaction with HlO4 consume two moles of the reagent and produces the dialdehyde (A) and one mole of HCOOHThe result of this reaction proves that glucose has :

The correct option is A A pyranose structureIt proves that glucose has a pyranose structure as

Methyl D - glucoside on reaction with $H l O_{4}$ consume two moles of the reagent and produces the dialdehyde (A) and one mole of $H C O O H$
The result of this reaction proves that glucose has :

The correct option is A A pyranose structure
It proves that glucose has a pyranose structure as