Explainthe function of the ribs and diaphragm in the breathing process?

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. ...

The diaphragm is the primary muscle of inspiration.

At the time of breathing diaphragm streaches and air comes in containing oxygen, as diaphragm constricts air containing carbon di oxide air comes out.This process is called as breathing. ...

The diaphragm is an organ in abdominal cavity right about the stomach. It is important in the process of breathing. ...

It is known as the diaphragm.

They do not have a diaphragm which is the characteristic feature of mammals exclusively in the animal kingdom. However, they do possess a structure known as Diaphragmaticus which acts as a piston during breathing process. It is however, not Homologous to diaphragm of mammals. ...

The diaphragm is the muscle that facilitates breathing, which in turn is the process by which air is alternately admitted to the lungs and expelled from them. Breathing is a good thing. It plays a pivotal role in keeping the body healthy. ...

The lungs (and the pathways to outside), the chest wall, and the diaphragm. The brain controls the process and the nerves control the muscles. ...

Inspiration - the process of breathing in. The lungs expand and take in air. ...

The diaphragm - a sheet of muscle across the rib-cage just under the lungs. ...

The xiphoid process serves as an attachment point for the diaphragm and abdominal muscles. INCORRECT. The xiphoid process serves no known purpose. ...

The diaphragm is a muscle which helps control the breathing process. When the diaphragm contracts it pulls down on the lungs (it is connected by the plueral membrane and connective tissue.) this creates space for the air to be forced into the lungs . This is because there is greater pressure inside the lungs than outside the lungs, resulting in air rushing into the lungs, and vice versa when the diaphragm relaxes. ...

Diffusion is the spread of particles over a area, such as a gas moving outwards. Breathing is the process when your diaphragm contracts and air moves into your lungs. In ways, their like opposites ...

Respiration. The diaphragm is a sheet of muscle separating the chest cavity from the abdominal cavity which, when relaxed, domes upwards; on breathing in the diaphragm contracts & flattens down, thus increasing the capacity of the chest, and causing air to be drawn into the lungs. When the diaphragm contracts that causes the volume of the lungs to increase. When the lung volume increases, the air pressure drops causing air to come in from outside (inhaling). When the diaphragm relaxes, the process is...

Muscles in the frog's throat push air to the lungs by a process called buccal pumping. This is compared to the diaphragm of humans. I hope this helped....

Ventilation of the lungs is the process of which air is inhaled into and exhaled out of the lungs. This process is the first stage in respiration. *Costal breathing- a pattern of shallow (chest) breathing consisting of an upward and outward movement of the chest due to contraction of the external intercostals muscles. *Diaphragmatic breathing- a pattern of deep (abdominal) breathings consisting of the outward movement of the abdomen due to the contraction and descent of the diaphragm. ...

When you breathe in, or inhale, your diaphragm contracts (tightens) and moves downward. This increases the space in your chest cavity, into which your lungs expand. The intercostal muscles between your ribs also help enlarge the chest cavity. ...

They are used in the breathing process of frogs. Their function is similar to that of the rectus abdominus, which compresses the lungs and forces the air out. ...

They provide a rigid cage for the action of the diaphragm to allow the lungs to expand. Without ribs, your chest would simply "suck in" whenever the diaphragm moved down, and you would be unable to breathe. This is why a "sucking chest wound" is so dangerous.... it's allowing outside air to surround your lungs, instead of having your lungs fill with air. ...

Ribs: The ribs protect the lungs and expand as you inhale to facilitate space for the lungs to expand like the diaphragm. The ribs then contract expelling the air in the lungs. The ribs enclose the thoracic cavity providing bony protection for the vital organs of the thorax's heart and lungs. ...

A patient is weaned off a ventilator so they are able to breathe on their own again. Weaning is the process of shifting breathing function from a machine to the person breathing on their own. ...

The thoracic diaphragm, where its contraction assists inhalation and relaxation assists exhalation plays a main role in altering the lung's volume and air pressure inside, contributing to the process of respiration. Many other muscles are involved in both raising and lowering the ribcage, and any stomach muscles involved assist in exhalation. ...

the trachea ANSWER: The expansion of the lungs during the process of inhalation or breathing in and then again during exhalation or breathing out. Muscles. Specifically the intercostal muscles between the ribs and the muscles that lift and spread the ribs. This, with the diaphragm, causes a low pressure area, internally, which causes the air to flow into the lungs. ...

The mechanical process of breathing involves two steps: inhaling and exhaling. ...

Boyle's Gas Law is involved in the process of Breathing.