you can conscious control your respiraions
it concets to the fevemer
Cytoplasm & mitochondria
Respiration responds to smaller changes in the concentration of oxygen than carbon dioxide
For movement, respiration and to control the heartbeat
Respiration is normally an automatically performed procedure. So that you can sleep comfortably with out ever bothering about taking and giving out the air from the lungs. You can not control the heart beats. But you can control the respiration. So when you see the smoke you can stop the respiration for some time. You can stop the respiration for some time, when you are under the water. You can go for the yoga procedure called as "pranayama". Here you can sustain the life with single breath per minute. You can continue to do this for hour or two. All this voluntary regulation of the respiration is done by your cerebral cortex. This means the cerebral cortex has got direct control over the respiratory centre. But this control is not absolute. Nobody has ever died of voluntarily stopping the respiration. The increased pH of the blood is most powerful stimulant of the respiration.
Because men.
Respiration is when oxygen and food combine to make 3 things:water,carbon dyoxide, and energy since this happens in your cells trying to control it yourself would be impossible due to the fact that you concious mind cannot control 100 trillion actions of repiration at once
Respiration involves the processes of inhalation and exhalation. It is used to control breathing through the exchanges of gases and distribution of oxygen.
The independent variable in cellular respiration experiments is usually the substance that is being manipulated or changed, such as the type of substrate or the presence of inhibitors. It is what researchers control and manipulate to observe its effect on cellular respiration rates.
the tasks of medulla are to control involuntary activities such as;breathing, blood circulation, respiration.
The medulla oblongata, specifically the pre-Botzinger complex, is responsible for the secondary control of respiration. This area helps regulate the rhythm and depth of breathing in response to changes in oxygen and carbon dioxide levels in the blood.