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the windpipe which is full of gas releases more gas to became gas which is called gas which releases more gas and this is how u have gas so the answer is gas

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What is the windpipe made of?

The windpipe is composed of cartilaginous rings that resemble the flexible portion of a bendy straw.


Is the entire lower airway supported by tracheal rings?

The entire lower airway is supported by c shaped cartilaginous rings. These rings hold the passageway open and get smaller when air exchange is made.


What prevent the trachea from collapsing?

Cartilaginous rings


Which structure in humans in lined with ciliated mucous membrane is supported by cartilaginous rings and functions as a passage way for air?

The trachea


What is the shape of cartilaginous rings in trachea?

Trachea has a C-shaped cartilaginous ring.


Are fetal pig tracheal rings complete or incomplete circles?

In a pig's trachea, the cartilaginous rings are complete upon birth. In men and women, the cartilaginous rings are not complete.


Are the cartilaginous rings in the cat incomplete?

incomplete


What is the function of the cartilaginous rings of a pig?

The function of the cartilaginous rings in pigs is to provide adequate support for the trachea. Without the cartilaginous ring the pig would be in danger of their throat collapsing when the animal inhales and exhales.


What are called 'windpipe in our body?

The windpipe in our body is called the trachea. It is a tube that connects the larynx (voice box) to the bronchi, allowing air to pass to and from the lungs. Its walls are supported by cartilage rings, keeping it open for air passage.


Why are there rings on the windpipe?

To help keep it open.


What structures keep the trachea supported and open?

The trachea is a firm cartilaginous tube and is a self supporting structure


What maintains the trachea maintained in an open position?

The trachea is maintained in an open position by C-shaped rings of hyaline cartilage along its walls. These rings provide structural support to prevent collapse during breathing while allowing flexibility for movement and expansion.