Match the terms in Column-I with their description in Column-II and choose the correct option:
Column I (Chemical reactions) Column II (Enzymes used) (i) Glucose → CO2 + Ethanol a Pepsin (ii) Sucrose→Glucose + Fructose b Diastase (iii) Starch →Maltose c Zymase (iv) Protein→Amino acids d Invertase
| Column I (Chemical reactions) | Column II (Enzymes used) | ||
| (i) | Glucose → CO2 + Ethanol | a | Pepsin |
| (ii) | Sucrose→Glucose + Fructose | b | Diastase |
| (iii) | Starch →Maltose | c | Zymase |
| (iv) | Protein→Amino acids | d | Invertase |
i\(\to\)c, ii\(\to\)d, iii\(\to\)b, iv\(\to\)a
i\(\to\)d, ii\(\to\)c, iii\(\to\)b, iv\(\to\)a
i\(\to\)c, ii\(\to\)d, iii\(\to\)a, iv\(\to\)b
i\(\to\)c, ii\(\to\)b, iii\(\to\)d, iv\(\to\)a
The Correct Option is A
Solution and Explanation
The correct answer is A
(Glucose \(\to\) CO2 + Ethanol) \(\to\) Zymase
(Sucrose \(\to\) Glucose + Fructose) \(\to\) Invertase
(Starch \(\to\)Maltose) \(\to\) Diastase
(Protein \(\to\) Amino acids) \(\to\) Pepsin
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Concepts Used:
Surface Chemistry
The study of the chemical phenomena that occur at the interface of two surfaces which can be solid-liquid, solid-gas, solid-vacuum, liquid-gas, etc.
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The process of attraction and aggregation of the molecules of a substance on the surface of a solid is known as adsorption. For Example, N2 adsorbs on the surface of activated charcoal
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