Answer:
The glycolysis process involves the production of NADH, pyruvate and Adenosine tri phosphate (ATP). As glycolysis does not produce FADH 2 , the option (c) FADH 2 is the correct answer.
Thus, the correct answer is
The glycolysis process involves the production of NADH, pyruvate and Adenosine tri phosphate (ATP). Hence, the option (a) NADH is not the correct answer.
The glycolysis process results in the production of pyruvate in the first stage. Hence, the option (b) pyruvate is not the correct answer.
The glycolysis process results in the production of ATP molecules. Hence, the option (d) ATP is not the correct answer.
Answer:
In the given example, the rabbit exhibits an instinctive 'fight or flight' response.
The Canada goose is relying on the aerobic respiration pathway for obtaining energy for most of its flight period. This is the normal way of respiration for many life forms and occurs in the presence of oxygen, at a steady pace.
The metabolic pathway from which the Canada goose is obtaining energy will not be suitable for the rabbit which is suddenly dashing away from the enemy. The sudden burst of activity requires an alternate pathway, the lactate fermentation pathway. This pathway produces enough energy for the sudden, rapid muscular activity as required during a short rapid sprint at high speed.
Answer:
Fermentation is a process that results in the formation of ATP as available from small amounts of glucose. The rest of the reactions result in the regeneration of NAD + , which is an essential coenzyme. Hence, the option (b) regenerate NAD + is the correct answer.
Thus, the correct answer is
As the fermentation process regenerates NAD + and not FAD, the option (a) regenerate FAD is not the correct answer.
Fermentation process results in regenerating the essential coenzyme NAD + and not NADH. Hence, the option (c) regenerate NADH is not the correct answer.
As the fermentation process regenerates NAD + and not FADH 2 , the option (d) regenerate FADH 2 is not the correct answer.