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OpenStudy (anonymous):

The amount of usable energy from anaerobic respiration is less than the amount of useable energy from aerobic respiration because ...

OpenStudy (anonymous):

...

OpenStudy (turingtest):

patience, still typing....

OpenStudy (anonymous):

Oh srry

OpenStudy (turingtest):

Usable energy is proportional to ATP produced per unit glucose. As you can see from the first link, much of the ATP gained from the oxidative phosphorylation phase. Oxygen allows ATP to be produced much more efficiently than without. Anaerobic respiration (though there are various types) bypass oxidative phosphorylation and use processes like lactic acid fermentation instead. Lactic acid fermentation produces fewer ATP per unit glucose than oxidative phosphorylation, hence the usable energy is less.

OpenStudy (anonymous):

U GOT IT !

OpenStudy (anonymous):

PERFECT !

OpenStudy (turingtest):

Usable energy is proportional to ATP produced per unit glucose. As you can see from the first link, much of the ATP gained from the oxidative phosphorylation phase (for which oxygen is required. Oxygen allows ATP to be produced much more efficiently than without. Anaerobic respiration (though there are various types) bypass oxidative phosphorylation and use processes like lactic acid fermentation instead. Lactic acid fermentation produces fewer ATP per unit glucose than oxidative phosphorylation, hence the usable energy is less.

OpenStudy (turingtest):

*slightly augmented answer above^. I'm sure there are many other who can answer the question better than I, but I don't know how detailed your answer needs to be. Glad I could at least help though. Thanks!

OpenStudy (anonymous):

No thank u :> u actually answerd me question perfect !

OpenStudy (turingtest):

Again, glad I could help :) welcome, and see you around!

OpenStudy (anonymous):

Thnx ;)

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