True
Yes, the trachea is quite hard. It contains cartilage rings which provide rigidity.
The hyaline cartilage provide support to prevent it from collapsing..im pretty sure they're also called "Rings of Cartilage"Trachea does not collapse even when there is no air in it because it is supported by rings of soft bones alled cartilage rings.
The rings of cartilage in the wall of tube A, which is likely a reference to the trachea, serve to provide structural support and maintain the shape of the airway. They prevent the tube from collapsing during inhalation and exhalation, ensuring that air can flow freely to and from the lungs. Additionally, the rigidity of the cartilage helps protect the airway from external pressure.
The trachea is bolstered by cartilage tissue, which prevents it from collapsing.
The walls of trachea contain c-shaped rings or cartilagenous rings.These soft bones provide rigidity to the trachea , that is why the walls of trachea doesn't collapse when there is less air.
A large ring of cartilage typically refers to the tracheal cartilage rings that provide support and structure to the trachea (windpipe) in the respiratory system. These rings help to keep the trachea open and prevent it from collapsing during breathing.
The cartilage rings in the trachea provide support and prevent the trachea from collapsing during breathing. They also help maintain the shape of the trachea, ensuring the airway remains open for the passage of air.
Cartilage rings provide structural support and maintain the shape of the trachea, allowing it to remain open during breathing. They also protect the trachea from collapsing and help prevent airway obstruction.
Trachea is bounded by c-shaped ring to provide it support and flexibility
it helps to prevent trachea from collapsing by maintaining definite shape
bronchi and brochioles provide air to the lung. They carry both oxygen and co2.
The trachea has cartilage rings to maintain its structure and keep it open, ensuring that the airway remains clear for unobstructed airflow to and from the lungs. These rings provide rigidity while allowing some flexibility, enabling the trachea to expand and contract during breathing. Additionally, the C-shaped design of the rings prevents the trachea from collapsing, especially when pressure changes occur during activities like swallowing or coughing.