when you excercise your heart goes faster so the blood can pump around the body faster. And after you finish it needs some time so it can go to is normal rate, annd you can do some breathing excercies and why it does this i reallyy dont knoww ?? :] anyway i hope it helpedd a little bit ♥
The pulse rate is basically how fast your heart is beating. The reason why the pulse rate is so fast is because you use up your oxygen quickly during exercise and the heart is pumping faster to supply more oxygen to your body. After exercise, oxygen is not being used up as fast anymore and when there is a sufficient amount of oxygen circulating, the pulse rate slows down and goes back to normal.
It takes time for bpm (beats per minute/heart rate) to return to normal, especially after a long workout. Your blood is pumping fast and exercise tears muscles and they need to rebuild and become stronger. The blood is needed for all of that. Takes up to an hour to be completely normal again.
after excersicing the heart does not need muss much oxygen as it needed during excercise so it slows down
It slows down.
Heart and lung endurance is how effectively your heart and lungs work when you exercise and how quickly they return to normal when you stop.
People who have endoscopic plantar fasciotomy can walk without pain almost immediately, return to wearing their regular shoes within three to five days, and return to normal activities within three weeks.
When we exercise CO2 is built up in body at a faster rate than at rest. During exercise our body needs more energy. Our body produces energy through cellular respiration. During cellular respiration we convert sugar and oxygen into CO2 and water. Thus the more we exercise the more cellular respiration and thus more CO2 and thus we breath harder and pump blood faster to meet demands we place on body. After exercise we no longer have as much CO2 built up therefore our bodies can return to slower breathing and heart rate.
106 is tachycardia, or a fast heart rate. That is higher than normal and usually indicative of poorer health. Unless, of course, the person who has it is exercising at the time. The heart rate goes up dramatically during exercise. It should return to between 60 -80 after exercise.
one day, not sure when, he tried changing back to his normal self, and in trying that he separated himself from his DNA
The body needs to neutralise the lactic acid
If you are fit, your breathing rateand heart rate arelow. During exercise they rise, but afterwards they return to normal very quickly. This is called they recovery rate and it is a good indicator of exercise.
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A fitter persons body is more used to exercise and can recover quicker than someone whos body is not used to exercise.
Patients can return to normal activities immediately
Because your body is still trying to replenish ATP, muscle glygogen and blood oxygen stores/levels to before exercise levels. Its commonly referred to as EPOC or excess post oxygen consumoption.
Just as your heart rate requires time to elevate during fitness exercise, it also requires time for its rate to decrease after exercise. For a while after you stop, your cardiovascular system is still working hard to get oxygenated blood to your muscles. The higher your degree of fitness, the faster your heart rate will return to normal. .
Heart and lung endurance is how effectively your heart and lungs work when you exercise and how quickly they return to normal when you stop.
normal or uncomplicated results for sedation include alleviation of anxiety and discomfort.The normal progression post procedure or post operatively would be to return to baseline brain functioning, unassisted breathing, and normal heart rate and rhythm
Meditation is a good exercise to lower BP. Sit comfortably in a quiet place and concentrate on your breathing in and out. When your mind begins to wander on the everyday things, and it will, just return to your breathing concentration. In and out. A ten to thirty minute workout will help with BP, stress and other body problems.
If the level of carbon dioxide increases, the repiratory centers are signaled to increase the rate and depth of breathing. This will result in the return of normal CO2 (carbon dioxide) and slows the breathing rate.
If the level of carbon dioxide increases, the repiratory centers are signaled to increase the rate and depth of breathing. This will result in the return of normal CO2 (carbon dioxide) and slows the breathing rate.