How many ATP molecules will be generated in a plant system . duri

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 Multiple Choice QuestionsMultiple Choice Questions

81.

The name of process of aerobic respiration, in which energy is provided in steps in electron transport chain, is :

  • EMP-pathway

  • decarboxylation

  • photophosphorylation

  • oxidative phosphorylation


82.

In which of the following process 36 ATP molecules are produced by per hexose molecule

  • Glycolysis

  • Krebs' cycle

  • Direct oxidation pathway

  • None of the above


83.

The value of RQ at compensation point is

  • unity

  • infinity

  • > 1 

  • zero


84.

FAD is electron acceptor during oxidation of which of the following

  • ketoglutarate ➔ Succinyl Co-A

  • Succinic acid➔ Fumaric acid

  • Succinyl Co-A ➔ Succinic acid

  • Fumaric acid ➔ Malic acid


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85.

How many ATP molecules are obtained from fermentation of 1 molecule of glucose

  • 4

  • 3

  • 5


86.

Which one is product of aerobic respiration

  • Malic acid 

  • Ethyl alcohol

  • Lactic acid

  • Pyruvic acid


87.

Citric acid cycle is the alternate name of which of the following

  • HMP shunt

  • Glycolysis

  • TCA cycle

  • Calvin cycle


88.

Respiratory enzymes are present in the following organelle

  • peroxysome

  • chloroplast

  • mitochondrion

  • lysosome


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89.

Which of the following substances yield less than 4 kcal/mol when its phosphate bond is hydrolysed

  • Creatine phosphate

  • ADP

  • Glucose-6-phosphate

  • ATP


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90.

How many ATP molecules will be generated in a plant system . during complete oxidation of 40 moles of glucose?

  • 190

  • 380

  • 1520

  • 3040


C.

1520

Breakdown (complete oxidation) of one molecule of glucose by aerobic respiration produces 38 ATP molecules. So, complete oxidation of 40 molecules of glucose will produce.

40 x 38 ATP = 1520 ATP molecules.


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