Top 250+ Solved Respiration MCQ Questions Answer

From 211 to 225 of 230

Q. In respiration (Manipal 2002)

a. 2 PGAL are formed in glycolysis and none in Krebs cycle

b. 6 PGAL in glycolysis, 3 PGAL in Krebs cycle

c. 8 PGAL in glycolysis, 3 PGAL in Krebs cycle

d. PGAL formation does not occur in respiration.

  • a. 2 PGAL are formed in glycolysis and none in Krebs cycle

Q. Glycolysis takes place in (A.F.M.C 2003)

a. All cell

b. Only eukaryotic cells

c. Muscle cells

d. Nerve cells

  • a. All cell

Q. Which is rich in energy (CE.T. Chd.2003)

a. NAD+

b. Mitochondria

c. FAD

d. ATP

  • d. ATP

Q. Which one requires oxygen (AMU. 2003)

a. Fermentation

b. EMP pathway

c. Pentose phosphate pathway

d. None of the above

  • d. None of the above

Q. Mechanism of aerobic respiration was discovered by (A.F.M.C. 2004)

a. Calvin

b. Krebs

c. Pasteur

d. Hatch and Slack

  • b. Krebs

Q. Which of the following is the first step of glycolysis (C.P.M.T. 2004)

a. Conversion of glucose to fructose

b. Dehydrogenation of glucose

c. Breakdown of glucose

d. Phosphorylation of glucose

  • d. Phosphorylation of glucose

Q. RQ of anaerobic respiration is (Wardha2005)

a. < 1

b. 0

c. 1

d. >1

Q. Which one is an important intermediate formed in all types of respiration (Wardha2005)

a. Acetyl CoA

b. Oxaloacetate

c. Pyruvic acid

d. Tricarboxylic acid

  • c. Pyruvic acid

Q. Single turn of citric acid cycle yields (Kerala2005)

a. 2 FADH2, 2 NADH2, 2 ATP

b. 1 FADH2, 2 NADH2, 1 ATP

c. 1 FADH2, 4 NADH2, 1 ATP

d. 1 FADH2, 1 NADH2, 1 ATP

  • c. 1 FADH2, 4 NADH2, 1 ATP

Q. RQ is less than one, if the respiratory substrate is (Manipal 2005)

a. Organic acid

b. Fats and proteins

c. Sucrose

d. Glucose

  • b. Fats and proteins

Q. Enzyme used in conversion of glucose to glucose 6-phosphate is (J.I.PME.R. 2005)

a. Hexokinase

b. Isomerase

c. Phosphokinase

d. Phosphohexokinase

  • a. Hexokinase

Q. Identify the compound that links glycolysis and Krebs cycle (Karnataka 2005)

a. Oxaloacctate

b. Pyruvic acid

c. Lactic acid

d. Acetyl CoA

  • d. Acetyl CoA

Q. F0 base of oxysome is towards : (M.H. 2005)

a. Outer chamber

b. Matrix

c. Inner chamber

d. Both B and C

  • a. Outer chamber
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