Column I Column II
(A) Ribose (p) sucrose
(B) Fructose (q) cholesterol
(C) Glycerol (r) nucleic acid
(D) Amino acid (s) fats
(E) Calcium (t) protein
(u) exoskeleton

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Solution

A $\to$ (r), B $\to$ (p), C $\to$ (s), D $\to$ (t), E $\to$ (u),

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Similar questions

Which of the following converts starch to glucose, proteins to amino acids and fats to glycerol?

Question 4
Match the items of Column I with those given in Column II:
$\begin{matrix} C o l u m n I & C o l u m n I I F o o d c o m p o n e n t s & P r o d u c t (s) o f d i g e s t i o n C a r b o h y d r a t e s & F a t t y a c i d s a n d g l y c e r o l P r o t e i n s & S u g a r F a t s & A m i n o a c i d s \end{matrix}$

Q. Which of the following statements are true?
(a) Proteins are the heteropolymer of

α

-amino acid.
(b) Sugar found in nucleic acid, is in the form of

β

-form.
(c) Nucleic acids show acidic nature.
(d) 5-methyl uracil binds with the first carbon atom of the ribose sugar.
(e) Collagen is the most abundant protein in the plant world.

Q. Enzymatic reactions are given in Column I and enzymes in Column II.

Column I	Column II
$(A)$ Maltose $\to$ Glucose	$(i)$ Zymase
$(B)$ Sucrose $\to$ Glucose $+$ Fructose	$(i i)$ Pepsin
$(C)$ Glucose $\to$ Ethyl alcohol $+ C O_{2}$	$(i i i)$ Maltase
$(D)$ Starch $\to$ Maltose	$(i v)$ Invertase
$(E)$ Proteins $\to$ Amino acids	$(v)$ Diastase

Choose the correct matching of enzymatic reaction and enzyme that catalyses the correct reaction from the codes given below.

We eat food composed of all the nutrients like carbohydrates, proteins, fats, vitamins, minerals and water. After digestion, these are absorbed in the form of glucose,amino acids , fatty acids, glycerol etc.

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Column I	Column II
(A) Ribose	(p) sucrose
(B) Fructose	(q) cholesterol
(C) Glycerol	(r) nucleic acid
(D) Amino acid	(s) fats
(E) Calcium	(t) protein
	(u) exoskeleton

Column IColumn II(A) Ribose(p) sucrose(B) Fructose(q) cholesterol(C) Glycerol(r) nucleic acid(D) Amino acid(s) fats(E) Calcium(t) protein(u) exoskeleton

A → (r), B → (p), C → (s), D → (t), E → (u),

Column I Column II
(A) Ribose (p) sucrose
(B) Fructose (q) cholesterol
(C) Glycerol (r) nucleic acid
(D) Amino acid (s) fats
(E) Calcium (t) protein
(u) exoskeleton

A $\to$ (r), B $\to$ (p), C $\to$ (s), D $\to$ (t), E $\to$ (u),