It's the muscle that pulls the lungs open & pushes them close for inhailation & exhailation.
The diaphragm is the muscle that allows us to breathe.
The diaphragm is the primary muscle of inspiration, and as such
uncompromised function is essential to support the ventilatory and gas
exchange demands associated with physical activity. The normal healthy
diaphragm may fatigue during intense exercise, and diaphragm function
is compromised with aging and obesity.
The diaphragm is the primary muscle of inspiration, and as such
uncompromised function is essential to support the ventilatory and gas
exchange demands associated with physical activity. The normal healthy
diaphragm may fatigue during intense exercise, and diaphragm function
is compromised with aging and obesity.
The diaphram is the muscle that allows us to breathe.
The lungs are like a balloon that has been inflated inside a plastic bottle. If any hole were to be made in that bottle, the lungs would collapse.
If the base of the bottle is replaced by a rubber membrane (the diaphram), it would be sucked slightly into the bottle by the lower pressure. This is what happens to the diaphram, which is sucked slightly into the bottle by the lower pressure.
As the diaphram tightens, the rubber membrane is straightened, thus expanding the volume in the bottle and causing the lungs to suck in fresh air.
When the diaphram relaxes, it gets sucked back and the lungs expel the air.
The lungs are like a balloon that has been inflated inside a plastic bottle. If any hole were to be made in that bottle, the lungs would collapse.
If the base of the bottle is replaced by a rubber membrane (the diaphram), it would be sucked slightly into the bottle by the lower pressure. This is what happens to the diaphram, which is sucked slightly into the bottle by the lower pressure.
As the diaphram tightens, the rubber membrane is straightened, thus expanding the volume in the bottle and causing the lungs to suck in fresh air.
When the diaphram relaxes, it gets sucked back and the lungs expel the air.
The Rubber Diaphragms is the dome-shaped sheet of muscle and tendon that serves as the main muscle of respiration and plays a vital role in the breathing process. Also known as the thoracic diaphragm, it serves as an important anatomical landmark that separates the thorax, or chest, from the abdomen.
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To keep the lungs open to inhale fresh air and exhale old air.
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It helps in the passage of air from the mouth and connects it to the bronchi's which are connected to the lungs.
The function of the diaphragm is ... This muscle allows us to breathe and is in control of the lungs. :)
To keep organs from moving
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It is the muscle that helps us breathe
try a experiment by getting a bell jar , a glass tube , a rubber sheet, 2 balloons and a cork
1st, put the cork in the bell jar , then use the 2 balloons and tie it to the 2 ends of your glass tube and pierce it into the cork . Next, cover the rubber sheer on the other opening of the
bell jar and you have your respiratory system . The rubber sheet is the diaphragm while the balloons are the lungs.
try a experiment by getting a bell jar , a glass tube , a rubber sheet, 2 balloons and a cork
1st, put the cork in the bell jar , then use the 2 balloons and tie it to the 2 ends of your glass tube and pierce it into the cork . Next, cover the rubber sheer on the other opening of the
bell jar and you have your respiratory system . The rubber sheet is the diaphragm while the balloons are the lungs.