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Maximum energy becomes available per mol...

Maximum energy becomes available per mole of glucose when it is metabolised through

A

Glycolysis-in skeletal muscle of an athlete

B

Fermentation into ethanol by yeast

C

Fermentation into methanol by intestinal bacteria

D

Aerobic respiration

Text Solution

Verified by Experts

The correct Answer is:
D
(D) Maximum energy becomes available per mole of glucose when It 1s metabolised through aerobic respira- tion (36 ATP).
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A2Z-RESPIRATION IN PLANTS-Section A : Topicwise Questions Topic 4 : Aerobic Respiration (tca Cycle , Ets , Oxidative Phosphory
  1. Oxidation of pyruvate to CO(2)" and "H(2)O occurs through

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  2. Electron transport requires

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  3. Maximum energy becomes available per mole of glucose when it is metabo...

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  4. Which of the following enzymes is absent in mitochondria

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  5. The correct sequences of electron acceptor in ATP synthesis is

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  6. Number of Oxygen atoms required for complete oxidation of pyruvic acid...

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  7. FAD is electron acceptor during oxidation of

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  8. Hydrogen atoms released at succinate level in Krebs cycle are accepted...

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  9. Which one yields the maximum energy ?

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  10. ETC and TCA enzymes occur in

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  11. In case NADH is oxidised in a single step to from water

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  12. The first phase in the breakdown of glucose in animal cell is

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  13. Number of ATP molecules which can be built on complete oxidation of py...

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  14. Find the values of w, x, y and z in the given equation. Pyruvic acid +...

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  15. Krebs cycle is

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  16. Out of 38 ATP molecules per glucose, 30 ATP molecules are formed from ...

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  17. Terminal cytochrome of respiratory chain which donates electrons to ox...

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  18. Fumarase changes fumaric acid into

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  19. Enzyme helping in oxidatvie decarboxylation of pyruvic acid is

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  20. Out of 36 ATP molecules produced per glucose molecule during respirati...

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