Air pressure fills a vacumm of non existing air into a chamber kind of like a balloon when u put air in it creates pressure. Our atmosphere is also like a big balloon, i hope that answers ur question thanks for playin.
Your ears pop on a mountain when there's a difference in air pressure between your inner ear and the air outside. The air in your inner ear exchanges pretty slowly. And since the air is much thinner at the top of the mountain than it is near the bottom, if you go down quickly enough (like by driving) the pressures can't equalize gradually. The higher pressure air at the bottom of the mountain presses on your eardrums until they "pop" and the pressure equalizes. That can hurt!
When a car is moving, this creates a difference in the relative velocity of the car as compared to the surrounding air. This creates a wind that presses on the windscreen. It doesn't actually matter, in terms of the amount of pressure, whether the car is not moving and the air is moving, or the car is moving and the air is not moving, what matters is only the difference in velocity between the car and the air.
Air pressure.
Air will flow from areas of high pressure to areas of low pressure. Pressure = force/area. So in this context, air pressure is the force the particles in that area exert on the space around them (let's imagine they're in a box). As air particles whizz around, they will collide with the edges of the box, so bouncing off and changing direction. This direction change involves a lot of acceleration (though speed may be the same, velocity (which is speed in a specific DIRECTION) will be very different. Physics tells us F=MA. Therefore, this acceleration will equate to a force on the outside world. This force will therefore be proportional to the number of particles in the area (more particles = more area). So, if an area of high pressure has lots of particles, there will be a spreading out of these particles to areas of low particles (diffusion, and energy's natural tendency to spread out). Alternatively, think of it as particles in the high pressure area pushing against the particles from the low area, and they're pushing force being greater, so they win! There you have a very long winded answer for why air moves from high pressure to low pressure!
The thing that is low pressure is air. When a meteorologist says that there is an area of "Low Pressure" he is saying that there is a low air pressure in an area or, more exactly, that there is less air per cubic unit than there is in surrounding areas. So, if neutrally pressured air met with low pressured air the neutrally pressured or comparatively condensed air, a.k.a "high pressure" air would fall downward until it reached a state of equilibrium. And attaining equilibrium by both mixing with the surrounding air and falling to an altitude of similar air pressure.
positive air pressure then hit a negative air pressure.
Downward displacement of air refers to the movement of air particles in a downward direction, usually caused by the sinking motion of air masses or the influence of gravity. This can result in increased air pressure at the surface and can be associated with stable weather conditions.
no, it becomes higher when the air presses down
pressure
air pressure
Air pressure
Air that presses on the earth with force is atmospheric pressure. It is caused by changing in temperature and the natural movement of air around the Earth.
Atmospheric pressure
air has mass
Air pressure is exerted in all directions.
The pressure increases and volume decreases. The air presses down.
True.