Question

How does aerobic respiration release energy from glucose?

Answer 1

Since oxygen is needed for cell respiration, it is an aerobic process. Cell respiration happens in the cells of every living thing, the two autotrophs and heterotrophs. Every one of them consume glucose to shape ATP. The responses of cell respiration can be gathered into three phases: glycolysis, the Krebs cycle (likewise called the citric acid cycle), and electron transport.

Complete answer:
Cells breakdown glucose molecules first during the cycle known as glycolysis. The glucose molecule is separated into two pyruvate molecules and electrons are delivered. These electrons are gotten by$NAD +$. When $NAD +$ has gotten these electrons, it becomes$NADH$. Two ATP particles are likewise made (ATP moves substance energy between cells; it is similar to a currency in such a manner).

The following stage is the Krebs cycle, otherwise called the citric acid cycle. During this progression of the cycle, the pyruvate atoms are changed over to Acetyl CoA, these particles are then separated much further, delivering electrons and ATP. As in the past advance, NAD+ gets the delivered electrons, turning out to be$NADH$,as does$FADH$, which becomes $$$$$$FAD{H_2}$$.

Finally, we have oxidative phosphorylation, which happens in the internal layer of the mitochondria (or the cytoplasm of prokaryotic cells). At the point when$NAD +$ and $FADH$ got electrons already, they lost hydrogen atoms.
These hydrogen atoms currently siphon against the concentration gradient. Proteins in the layer go through a dynamic vehicle, moving the hydrogen particles into one concentrated zone. Next, the hydrogen atoms experience ATP Synthase, which turns out a great deal of ATP.

Note: Glucose and oxygen react together in cells to deliver carbon dioxide and water and deliver energy. The response is called aerobic respiration since oxygen from the air is required for it to work. Energy is delivered in the response. The mitochondria , found in the cell cytoplasm, are the place where most respiration occurs.