The letter 'D' in D-carbohydrates represents
Dextrorotation
Direct synthesis
Configuration
Mutarotation
Enzymatic reactions are given in Column I and enzymes in Column II.
Column I | Column II |
A. Maltose → Glucose | i. Zymase |
B. Sucrose → Glucose + Fructose | ii. Pepsin |
C. Glucose → Ethyl alcohol + CO2 | iii. Maltase |
D. Starch → Maltose | iv. Invertase |
E. Proteins → Amino acids | v. Diastase |
Choose the correct matching of enzymatic reaction and enzyme that catalyses the correct reaction from the codes given below.
A - ii; B - iv; C - v; D - iii; E - i
A - iii; B - iv; C - i; D - v; E - ii
A - v; B - iv; C - ii; D - i; E - iii
A - v; B - iii; C - iv; D - ii; E - i
In double strand helix structure of DNA, heterocyclic base cytosine forms hydrogen bond with
Adenine
Guanine
Purine
Uracil
In DNA, the consecutive deoxynucleotides are connected by
phosphodiester linkage
phosphomonoester linkage
phosphotriester linkage
amide linkage
A.
phosphodiester linkage
In DNA, the consecutive deoxynucleotides are connected by phosphodiester linkage between 5' and 3' carbon atoms of pentose sugar.
The enzyme that converts glucose into ethyl alcohol and carbon dioxide is
zymase
invertase
maltase
urease
The sugar moiety present in RNA molecule is
β-D-2-deoxyribose
β-D-galactose
β-D-fructofuranose
β-D-ribose