Large nasal cavities that are very complex have convolutions. These convolutions help to keep the moisture in when the animal exhales.
Large nasal cavities increase the surface area for water absorption as air travels through. The nasal mucosa within these cavities helps to trap moisture in the exhaled air, allowing the body to reabsorb it before it is exhaled. This helps to reduce water loss during exhalation.
An oxygen conserving device delivers oxygen to the user only when they inhale, as opposed to continuously flowing oxygen. This helps to reduce the amount of oxygen wasted during exhalation and increases the efficiency of oxygen delivery.
exhalation
The LUNGS is the location of where Carbon Dioxide and Water are excreted during Exhalation.
The LUNGS is the location of where Carbon Dioxide and Water are excreted during Exhalation.
During the long breath exhalation, create friction in the throat region.
Moisture facilitates the diffusion of gases through the epithelial lining of the alveoli in the lungs. Mammals have convoluted turbinate bones in the nose - especially desert mammals. This allows moisture in the exhaled air to come in contact with cooler membranes before leaving the nares - so the water in the air condenses on the membranes and can be retained. So dry air comes in, gets moist, gas exchange occurs, and then the moisture is pulled back out before it's completely exhaled.
There are two phases in one breath: inhalation and exhalation. During inhalation, air is drawn into the lungs, and during exhalation, air is expelled from the lungs.
In the atmosphere .
Upward and inward.
No
The lungs are responsible for excreting carbon dioxide and water during exhalation. Inhaled oxygen is absorbed into the bloodstream, while carbon dioxide, a waste product of cellular respiration, is removed from the body by exhaling it out. Water vapor is also released during exhalation as a byproduct of respiration.