Lactic acid fermentation only creates 2 ATP per cycle, compared to the ~34 ATP from the Krebs Cycle
More ATP is produced during cellular respiration using oxygen than without oxygen.
Fermentation does not require oxygen; it is an anaerobic process that produces a small amount of ATP by breaking down glucose into simpler compounds. In the absence of oxygen, fermentation allows cells to continue glycolysis to generate ATP to sustain cellular functions.
Measuring the amount of oxygen consumed during the experiment would help deduce how much ATP was produced, as oxygen consumption is directly related to ATP production through cellular respiration. Using a respirometer to measure the change in oxygen levels before and after the experiment can provide insights into the amount of ATP generated.
Oxygen is produced as a by-product while energy carriers, NADPH and ATP, are produced for the next step in the process, the Calvin cycle.
If there is no oxygen present, cells can still produce ATP through anaerobic metabolism, specifically through glycolysis. In glycolysis, one molecule of glucose produces a net of 2 ATP molecules. This is the only way for cells to produce ATP in the absence of oxygen.
More ATP is produced during cellular respiration using oxygen than without oxygen.
Formation of ATP by ATP syntheses releases a molecule of oxygen
Fermentation does not require oxygen; it is an anaerobic process that produces a small amount of ATP by breaking down glucose into simpler compounds. In the absence of oxygen, fermentation allows cells to continue glycolysis to generate ATP to sustain cellular functions.
Measuring the amount of oxygen consumed during the experiment would help deduce how much ATP was produced, as oxygen consumption is directly related to ATP production through cellular respiration. Using a respirometer to measure the change in oxygen levels before and after the experiment can provide insights into the amount of ATP generated.
Oxygen is produced as a by-product while energy carriers, NADPH and ATP, are produced for the next step in the process, the Calvin cycle.
If there is no oxygen present, cells can still produce ATP through anaerobic metabolism, specifically through glycolysis. In glycolysis, one molecule of glucose produces a net of 2 ATP molecules. This is the only way for cells to produce ATP in the absence of oxygen.
In the light-dependent reactions of photosynthesis, approximately 18 molecules of ATP are produced for every 6 molecules of oxygen released.
Oxygen. Cells can produce much more ATP from glucose in the presence of Oxygen (aerobic respiration) than without oxygen (anaerobic respiration) in a process called oxidative phosphorylation that occurs in the mitochondria of cells. In the presence of oxygen one glucose can be broken down to produce 36 ATP Without oxygen, only 4 ATP can be made
In cellular respiration, glucose is broken down to produce ATP, carbon dioxide, and water, not glucose and oxygen. Oxygen is consumed during cellular respiration to help produce ATP. The amount of glucose and oxygen produced in a human is not a measurable output since they are utilized within the body for energy production.
Yes, Mitochondria make up to 80% of our atp, without it we cannot survive, but it doesnt mean it is the only source of atp.
Oxygen is not necessary for the production of all ATP in cells. ATP can be produced through anaerobic processes like glycolysis which do not require oxygen. However, aerobic respiration, which does require oxygen, is a more efficient way to produce ATP.
Breathing supplies oxygen to our cells, which is needed for the process of cellular respiration where energy (in the form of ATP) is produced. This process involves breaking down glucose with oxygen to generate ATP, the energy currency of the cell. Without oxygen, our cells cannot efficiently produce ATP, and energy production would be limited.