When air is pumped into a frog's glottis, it enters the lungs, causing them to expand. This process is part of the frog's unique respiratory mechanism, as they can also absorb oxygen through their skin. The expansion of the lungs increases the pressure inside, allowing for gas exchange to occur, which is crucial for oxygenating the frog's blood. Ultimately, this mechanism aids in the frog's ability to breathe both in water and on land.
The glottis opens to the pharynx leading to the lungs.
It leads to the frogs lungs.to the lungsThe glottis is tube-like structure in the frog's throat that leads to the larynx and then the trachea. It eventually leads to the lungs.
When blood is pumped into the thin-walled blood vessels of the lungs, carbon dioxide is replaced with oxygen.
When blood is pumped into the thin-walled blood vessels of the lungs, carbon dioxide is replaced with oxygen.
When blood is pumped into the thin-walled blood vessels of the lungs, carbon dioxide is replaced with oxygen.
it is pumped to the heart first then to the lungs
blood is pumped through lungs
Deoxgenated Blood become oxygenated.
When blood is pumped to the lungs, it releases carbon dioxide and picks up oxygen. The blood then returns to the left side of the heart, which pumps the oxygenated blood to the body tissues.
it is pumped out of the lungs
it goes to the lungs and get oxygenated then returns to the heart to be pumped to the body
The glottis is the opening between the vocal cords in the larynx. Its main function is to control the airflow into the lungs during breathing and to produce sound by vibrating the vocal cords.