Question

Can anyone help me answer these pls!?

31. What conclusion can be drawn about exercise and cellular respiration using the information
above?

32. Oxygen is used for immediate post exercise recovery for all of the following except

33. The process of using oxygen and stored chemical energy in glucose to create ATP is called

34. Which of the following statements is false concerning EPOC and ATP production.

35. Higher intensity of exercise will commonly result in increased muscle damage, increased
body temperature and increased depletion of blood oxygen levels. Which of the following
statements is incorrect about EPOC and recovery.

Answer 1

31. Exercise increases cellular respiration to produce more ATP to meet the increased energy demands of the body.

32. Rebuilding glycogen stores

33. Aerobic respiration

34. EPOC is the process of producing ATP after exercise.

35. EPOC does not increase as the intensity of exercise increases.

The graph above shows that exercise increases cellular respiration. This is because exercise requires more energy, which is produced through cellular respiration. Cellular respiration is the process of converting glucose and oxygen into ATP, the energy currency of the cell.

Therefore, one can conclude that exercise increases cellular respiration in order to produce more ATP to meet the increased energy demands of the body.