$A$ nucleoside on hydrolysis gives:
- A$A$ heterocyclic base and orthophosphoric acid
- BAn aldopentose,a heterocyclic base and orthophosphoric acid
- CAn aldopentose and a heterocyclic base
- DAn aldopentose and orthophosphoric acid
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Similar Questions
Match List-$I$ with List-$II$.
List-$I$ (Carbohydrate)
List-$II$ (Linkage Source)
$A$. Amylose
$I$. $\beta-C_1-C_4$,plant
$B$. Cellulose
$II$. $\alpha-C_1-C_4$,animal
$C$. Glycogen
$III$. $\alpha-C_1-C_4, \alpha-C_1-C_6$,plant
$D$. Amylopectin
$IV$. $\alpha-C_1-C_4$,plant
Choose the correct answer from the options given below $:$
| List-$I$ (Carbohydrate) | List-$II$ (Linkage Source) |
|---|---|
| $A$. Amylose | $I$. $\beta-C_1-C_4$,plant |
| $B$. Cellulose | $II$. $\alpha-C_1-C_4$,animal |
| $C$. Glycogen | $III$. $\alpha-C_1-C_4, \alpha-C_1-C_6$,plant |
| $D$. Amylopectin | $IV$. $\alpha-C_1-C_4$,plant |
Choose the correct answer from the options given below $:$
Assertion : Hydrolysis of sucrose is known as inversion of cane sugar.
Reason : Sucrose is a disaccharide.
Reason : Sucrose is a disaccharide.
Which carbon atoms of $\alpha-D$-glucopyranose and $\beta-D$-fructofuranose respectively are linked together to form the glycosidic linkage in sucrose?
Hydrolysis of sucrose with dilute aqueous sulphuric acid yields
Which of the following are non-reducing sugars?
$I$. Glucose
$II$. Fructose
$III$. Maltose
$IV$. Sucrose
$V$. Galactose
$I$. Glucose
$II$. Fructose
$III$. Maltose
$IV$. Sucrose
$V$. Galactose
Medium
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