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15. Km and Vmax  of an enzyme preparation are 5 μM and 30 μM min⁻¹ respectively. Considering Ki value of competitive inhibitor is 60 μM, the velocity (V0) of this […]

14. The ΔG′ and K′eq values of ATP hydrolysis are −32.34 kJ mol⁻¹ and 4.6 X 105, respectively. The ΔG′ and K′eq values of enzymatic hydrolysis of glucose-6-phosphate to glucose […]

13. The net number of molecule(s) of NADH formed from one molecule of glucose in glycolysis under aerobic conditions is/are ______. Number of NADH Molecules Produced in Aerobic Glycolysis Correct […]

12. Different segments of a photosynthetic filamentous alga are exposed to different wavelengths of light as shown below. After a period of time, bacteria known to migrate toward high oxygen […]

11. What is the maximum number of hydrogen bonds that a water molecule can make in the liquid state? Maximum Number of Hydrogen Bonds a Water Molecule Can Form in […]

10. In the electron transport chain, flavin mononucleotide (FMN) can adopt _____ as the highest oxidation state and is capable of accepting or donating _____ electrons, respectively. (A) 2; 2 […]

9. The net equation for aerobic glycolysis is (A) Glucose + 2ATP → 2 lactate + 2ADP + 2Pi (B) Glucose + 2ADP + 2Pi + 2NAD⁺ → 2 pyruvate […]

8. For an enzyme following Michaelis-Menten kinetics, when [S] = Kₘ, the velocity v is (A) [S] × Vmax (B) 0.75 × Vmax (C) 0.5 × Vmax (D) Kₘ × […]

7. Which of the following is a glycolipid? (A) Cerebroside (B) Phosphatidylcholine (C) Phosphatidylserine (D) Cardiolipin Which of the Following Is a Glycolipid? C Correct Answer (A) Cerebroside Introduction Lipids […]

6. At 25°C and pH 7.0, the concentrations of glucose 1-phosphate and glucose 6-phosphate are 2.0 mM and 38 mM, respectively, at equilibrium. The standard free energy change for the […]