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{:("Column (I)"," Column (II)"),("(a) Ma...

`{:("Column (I)"," Column (II)"),("(a) Maltose","P.Invert sugar"),("(b) Sucrose","Q Reducing sugar"),("(c) Lactose","R. Glycosidic linkage"),("(d) Fructose","S. Disaccharide"):}`

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A, B, C, D
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{:("Column (I)"," Column (II)"),("(a) Sucrose","P. 1,2-glycosidic linkage"),("(b) Cellulose","Q. 1,4-glycosidic linkage"),("(c) Maltose","R. Polysaccharide"),("(d) Starch","S. Disaccharide"):}

Match the column {:(underset(("Carbohydrate"))"Column I",underset(("Properties"))"Column II"),((A)." Starch",(P)." Mutarotation"),((B)." Sucrose",(Q)." Non reducing sugar"),((C)." Lactose",(R)." "beta-"glycosidic bond"),((D)." Maltose",(S)." "alpha-"glycosidic bond"),(,(T)." Reducing sugar"),(,(U)." Hemiacetal"):}

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Match the column : {:("Column I","Column II"),((A)." Sucrose",(P)." Two acetals"),((B)." Maltose",(Q)." No hemiacetal"),((C)." Lactose",(R)." "beta-1","4'-"glycosidic bond"),((D)." Cellulose",(S)." Hydrolysis product is glucose"):}

Match column I with column II and select the correct option from the given codes. {:(" Column I",," Column II"),(A." ""Tetrose sugar",,(i)"Galactose"),(B. " " "Pentose sugar",,(ii)"Maltose"),(C." " "Hexose sugar",,(iii)"Erythrose"),(D" ""Disaccharide",,(iv)"Ribose"),(" ",, (v)"Sedoheptulose"):}

Assertion. Sucrose is a non-reducing sugar. Reason. It has glycosidic linkage.

|{:(,"Column I",,"Column II"),((A),"Amylose",(p),"Polysaccharide"),((B),"cellulose",(q),alpha-"glycosidic linkage"),((C ),"Maltose",(r ),beta-"glycosidic linkage"),((D),"Galactose",(s),"Hydrolysed to glucose"):}|

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