{:(underset(("Lab Test"))("Column 1"),underset(("Groups"))("Column 2"),underset(("No . of Stereoisomers"))("Column 3")),((I)"Tollen's Reagent",(i)"Aldehyde",(P)8),((II)"2,4DNP Test",(ii)alpha-"hydroxy ketone",(Q)16),((III)"Schiff Reagent",(iii)"Acetal linkage",(R)4),((IV)NaHSO_3 "Test",(iv)"Glycosidic linkage",(S)2):} Which of the following will be true for D-Glucose.

{:(underset(("Lab Test"))("Column 1"),underset(("Groups"))("Column 2")

1.	{:(underset(("Lab Test"))("Column 1"),underset(("Groups"))("Column 2"),underset(("No . of Stereoisomers"))("Column 3")),((I)"Tollen's Reagent",(i)"Aldehyde",(P)8),((II)"2,4DNP Test",(ii)alpha-"hydroxy ketone",(Q)16),((III)"Schiff Reagent",(iii)"Acetal linkage",(R)4),((IV)NaHSO_3 "Test",(iv)"Glycosidic linkage",(S)2):} Which of the following will be true for D-Glucose.
Answer» (I)(i)(Q) (II)(i)(Q) (I)(ii)(Q) (I)(iv)(P) Solution : Aldehyde GROUP is present in D-glucose and having four CHIRAL centres Total STEREOISOMERS =`2^n IMPLIES 2^4=16`