Sugar $X$:
$A.$ is found in honey.
$B.$ is a keto sugar.
$C.$ exists in $\alpha$ and $\beta$-anomeric forms.
$D.$ is laevorotatory.
$X$ is

Identify the correct conversion during acidic hydrolysis from the following $:$
$(A)$ Starch gives galactose.
$(B)$ Cane sugar gives an equal amount of glucose and fructose.
$(C)$ Milk sugar gives glucose and galactose.
$(D)$ Amylopectin gives glucose and fructose.
$(E)$ Amylose gives only glucose.
Choose the correct answer from the options given below $:$

The correct systematic name of 'sucrose' is:

Which one of the following structures represents amylose?

Which is not a pair of reducing sugars?

What happens when $D-glucose$ is treated with the following reagents?
$(i)$ $HI$
$(ii)$ Bromine water
$(iii)$ $HNO_3$