intrapleural pressure exceeds atmospheric pressure, but lungs don't collapse because intra-alveolar pressure increases, too (4 mmHg pressure gradient stays same)
The atmospheric pressure reduces
atmospheric
It increases
On a windy day atmospheric pressure decreases because the higher the wind velocity, the lower the air pressure, or atmospheric pressure. This is how chimneys work, the air that moves above the chimney causes low air pressure because of the high wind velocity compared the velocity of the air inside a house. The air inside the house goes towards the low air pressure and takes the smoke with it.
This would actually be a simple answer: Pressure decreases. Simply because of the fact that as altitude increases, the less air there is on top of you, and the lower the pressure would be.
lung at rest
It decreases, and air goes into the lung passages. You inhale.
it dies
it decreases
Its vapor pressure equals atmospheric pressure.
The atmospheric pressure reduces
Atmospheric pressure falls
As altitude above seal level increases, atmospheric pressure decreases.
If a pressure greater than atmospheric pressure is applied to a solution or pure water, its water potential increases
The wind blow in towards the low.
We will experience a pressure 2.7 times atmospheric pressure.
atmospheric