Lung and heart endurance is sually caused by sudden heavy exercise, soking, or drinking, whereas muscle endurance is more about the overuse of a single musle, an example of the results of this being a torn hamstring or something, from doin to mush heavy lifting.
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.
Endurance is the ability for an animal to exert itself for a long period of time.In this case: Endurance would be the ability of the heart or lung being used in a long period of time.Lung Endurance: The ability of the lung being used in a long amount of time.Heart Endurance: The ability of the heart being used in a long amount of time.
Cardiovascular excercizes
No, the heart is a muscle which pumps blood around the body
jogging,bicycling,jump roping, step aerobics, swimming, etc.
No, you cannot pull a muscle in your lung.
The function of aerobics is to increase cardiovascular endurance, improve overall fitness, and burn calories. It involves continuous, rhythmic movements that engage large muscle groups and elevate the heart rate.
no the lung is involuntary
After receiving a general anesthetic, an incision will be made in the chest to expose the heart. Cardiopulmonary bypass (to a heart-lung machine) will be instituted since this procedure requires direct visualization of the heart muscle
It refers to the stamina of your heart/lung circulatory system. Your lungs transfer oxygen from breathing to your bloodstream and your heart pumps the blood through your body. The better your endurance, the more easily this system can handle an increased workload. If you are unfit, even a short run will leave you winded and gasping for air. If you are fit, you are able to run quite a while before your heart rate increases very much. The heart is a muscle that can be strengthened. The more endurance it has, the greater volume of blood it pumps with each beat.
Heart-lung machine
No, the lung is not a muscle. It is an organ responsible for breathing and exchanging oxygen and carbon dioxide in the body.