The respiration rate after running a 6- minute mile will naturally increase. explain the communication that would be happening between the brain and respiratory system from the beginning of the run, during the run, and after the run.

During sport, the lungs work harder to provide enough oxygen and eliminate carbon dioxide.

Short-term adaptation of the lungs during sport (at the beginning of the activity)

During the effort, the areas of the brain that control breathing are stimulated by several factors:

*information from receptors in muscles and tendons,

*the increase in the concentration of carbon dioxide in the blood and the decrease in that of oxygen,

*increased adrenaline, etc.

Long-term adaptation of the lungs during sport (during activity)

Athletes, especially those who regularly practice an endurance sport, learn to focus on increasing the volume of inspired air (by breathing more deeply) rather than the acceleration of the ventilatory frequency.

After the activity:

The brain regulates the pulmonary (and cardiac) activity by bringing it back to normal once the recovery is over.

Active recovery is important to ensure the recovery of the energy reserves consumed at the beginning of the exercise during anaerobic phases.

This reconstitution is proportional to the amount of oxygen that was lacking during exercise (the "oxygen debt"), especially at the beginning, before the cardiovascular and respiratory systems managed to adjust their rhythm. Warming up, by increasing the heart and breathing rates before the start of the exercise, helps to limit the oxygen debt.

answer; estimate the number between the highest and lowest number; ///

so we know the answer cannot be c because no insect or animal starts as an adult

the answer is a. a swimming larvae

because since they are sea animals they automatticaly have to know how to swim they cannot just sink to the bottom

sorry if this is the incorrect answer.