Answer:
The pressure that results from the tendency of the lungs to decrease or shrink, while the chest wall seeks to enlarge them is called intrapleural pressure.
Explanation:
The process of pulmonary ventilation involves the existence of a set of opposite pressures that change depending on the phase of the breath in which they are.
The atmospheric pressure tends to be higher than the pulmonary pressure, which allows air to enter the lungs, while in exhalation there is an increase in pressure in the lungs that pushes the air out.
- The tendency of the lungs, due to their elasticity, is to contract or decrease in size.
- The chest wall exerts an attraction effect on the lungs, which prevents them from contracting and keeps them expanded.
- <em>The difference between these opposing pressures is called the </em><em>intrapleural pressure</em><em>, which is a negative pressure, especially during expiration.
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The loss of chest wall integrity, caused by an open wound, causes the lungs to close due to air entering the chest.
Learn more:
Intrapleural pressure brainly.com/question/9209660
Answer:
Other variables that could have been taken into account are size, variability of shape in its wings and degree of darkening in its wings.
Explanation:
Of the three named variables, I believe that the degree of darkening is the most important since in this way we can realize the association of its color with environmental pollution, and thus be able to look for a cause-effect relationship.
Human - Using tools, picking up and holding objects
Whale - Swimming
Cat - Running, walking, jumping
Bat - Flying, flapping wings
Bird - Walking, and hopping
Crocodile - Swimming, walking/crawling
It was kind of confusing because both birds and bats fly and flap their wings, but birds also walk and hop, so this is correct
Answer:
After Cytokinesis, the cells return to Interphase