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.
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Intrapleural pressure brainly.com/question/9209660
Answer: I'm sure it's genetic engineering
Explanation:
Answer:
TRUE
Explanation:
Suspended silt diminishes the entrance of light into the water. This influences angle bolstering and tutoring hones and can lead to decreased survival.
Answer:
1
Explanation:
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<span>A. both laws
</span>
<span><span> In Thermodynamics, a science that deals with the study of heat
and temperature and their relationship to energy and work, finer details
of the process is unpredictable. </span>Heat in Physics is an energy that is in a process of transfer between a system and its surroundings other than the transfer of matter.Heat flows from a hotter to a colder body when there is a physical pathway. This pathway is suitable and can be direct such as radiation and conduction. It can also be indirect as in convective circulation.</span>