Exercise places greater oxygen demands on the body, therefore signaling the respiratory center to increase the rate of respiration in order to increase the oxygen supply to the body's muscles and other tissues.
because when you is exercising, you are working and breathing hard. when you are sleeping, (unless youre dreaming about exercising) then your body is dormant and not doing anything (except in the case of a wet dream, that, however, is a totally different subject that i am not going to get into.) hope this answers your question.
Yes you do. It is usually slower but you MUST breathe at all times.
You do breathe when you sleep. Everyday you breathe so you don't always "sleep when you breathe".
by eating alot of healthy food, sleep enough, and exercise.
Breathe. Eat. Sleep.
To do work, energy is required. This is got mainly through aerobic respiration in the form of ATP. During respiration, therefore, respiratory rate has to be increased. This is done bey larger supply of oxygen.
Your heart rate decreases during rest because you aren't moving as fast and are relaxing, while doing exercise makes your heart go faster because you are moving quicker so the heart pumps more blood into your system.
Yes they breathe while they sleep. Otherwise they would be dead.
Delta sleep is stage four of the deep sleep cycle. This is necessary to feel well rested. to increase the Delta waves during sleep, regular exercise is the only method. Of course, exercise has other benefits.
When only able to breathe out of one nostril, activities such as exercise, sleep, and concentration may be affected due to reduced airflow and potential discomfort.
I wouldn't have thought so. Exercise will get your blood moving faster, and may make the migrain worse. The best thing to do is rest/sleep in a darkened room.
You will digest more efficiently during sleep as your parasympathetic nervous system is dominant at rest which favours blood flow through your enteric bloodstream which enhances absorption of gut breakdown products. Parasympathetic activation also stimulates salivary gland secretion, gastric activity and peristalsis.During exercise, the sympathetic nervous system is predominantly active and the release of catecholamines stimulate peripheral vasoconstriction to the renal and mesenteric circulation effectively reducing blood flow to those systems whilst enhancing blood flow through the coronary and skeletal muscles system in the fight and flight response.