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Ribs are for protection i think and diaphragm is the muscle controlling inhaling and exhaling. Also: the rib muscles can help the breathing process, which is useful when the diaphragm is weak, constricted, or to get an extra-big breath. Breathing from the diaphragm makes the belly move in and out as the lungs extend downwards. Breathing from the rib muscles makes the chest expand and rise.
Its called the Nutbush City Limits:)
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I think you meant move air into the lungs. The muscle is the diaphragm.
During inspiration the ribs move upwards and outwards and the diaphragm contracts ,thus,increasing the volume of the thoracic cavity.this leads to a decrease in pressure inside the lung.therefore the air from outside rushes in . During expiration the ribs move inwards and downwards and the diaphragm relaxes thus,creating low pressure .this leads to the expulsion of air from our body.
The muscle is known as the diaphragm.
yes because organs are made up of tissues and so are muscles and for the lungs to move they need the muscle. So yes your lungs do have muscles.
You will not be able to move and if the condition affects your diaphragm or heart, you will die.
During inhalation, the diaphragm contracts flattening out its usual dome shaped appearance. This has the effect of lengthening the lungs and increasing the intrapulmonary volume. When the volume increases, the pressure drops and air flows into the lungs.
on inhalation (breathing in) the main muscles used in respiration at rest are the diaphragm at the base of the chest and external intercostals between the ribs. On inhalation the muscles move the ribs and sternum to expand the chest stretching the lungs as they fill with air. On exhalation (breathing out) which is mainly passive -the enlarged lungs recoil and shrink as the intercostals and diaphragm relax. Abdominal pressure pushing the diaphragm upwards to actively compress the lungs back to their resting volume.
The abdominal muscles squeeze abdominal organs inwards increasing the pressure in the abdominal cavity, thus forcing the diaphragm closer to the lungs.