Bigger muscles or lung/windpipe disabilities, for exaample athsma. This is where one of your windpipe cartilages has/ was crippled, which demands mor oxygen/ harder to breathe. If you have severe Athsma. Dont run! :D
The mean oxygen demand is the test done to indirectly determine the amount of organic compounds present in a water sample.
When you exercise, your breathing rate increases to take in more oxygen and give out carbon dioxide. Your heart rate increases so that the heart can pump blood containing more oxygen and digested food around your body faster. This is to produce more energy for your body.
When you exercise the breathing rate increases because the body needs more oxygen to support your muscles. First off the heart rate increases which in turn speeds up how fast the air gets to the muscles or area being exercised then the oxygen is quickly used up then it needs to remove the by-product carbon dioxide which needs to be expelled quickly to allow more oxygen in.
Yes, exercise affects respiration. During physical activity, our muscles require more oxygen to produce energy. This increased demand for oxygen leads to an increased rate and depth of breathing, allowing more oxygen to enter the body and carbon dioxide to be expelled. Additionally, regular exercise can improve respiratory efficiency by strengthening the muscles involved in respiration and increasing lung capacity.
When we take exercise our body needs more oxygen .Our normal breathing rate do not fulfill the oxygen requirement due to which breathing rate is increased.
More. Your heart is responding to the body's increased demand for oxygen.
Hyperventilation and tachycardia
Your red blood cell count will increase in response to the body's increased demand for oxygen as a result of long-term aerobic exercise.
The mean oxygen demand is the test done to indirectly determine the amount of organic compounds present in a water sample.
How much molecules in a body move with increased speed it's possible that the body will change from a
When you exercise, your breathing rate increases to take in more oxygen and give out carbon dioxide. Your heart rate increases so that the heart can pump blood containing more oxygen and digested food around your body faster. This is to produce more energy for your body.
The increased oxygen demand that Edward's body required during his soccer game caused his heart to beat faster in order to circulate the oxygenated blood around the body quicker.
When you exercise the breathing rate increases because the body needs more oxygen to support your muscles. First off the heart rate increases which in turn speeds up how fast the air gets to the muscles or area being exercised then the oxygen is quickly used up then it needs to remove the by-product carbon dioxide which needs to be expelled quickly to allow more oxygen in.
after you eat, food need to be metabolised. so it need more oxygen for the tissue which under taken this task. to counteract with the increased demand of oxygen its our body's one of automatic mechanisms. that to increase the pulse and increase the blood circulation
Red cells carry oxygen around the body. Exercise increases the demand for oxygen, so the body produces more red cells, to carry more oxygen to the tissues.
Capillaries change color as they pass by body cells as the blood they contain loses oxygen. Oxygen-rich blood has a brighter color than oxygen-poor blood.
Liquid to a gas