Compression
No. A rarefaction is the region of a sound wave where the particles are spread out rather than close together. The closer together regions are compressions. These terms are used about waves in air, not weather systems.
The pressure difference works this way. You literally have more air molecules in a given area, a "high" pressure front. The air wants to reach equilibrium, so it flows to a "low" pressure, or less air molecules in the same given area, front. What you feel is air molecules moving from one area to another, or wind.
The pressure exerted outward by fluids in your body balances the pressure exerted by the atmosphere on the surface of your body. the pressure increases
air molecules are close together and pressure on Earth's surface
The isobars form layered rings on the weather map.The closer the layers of the rings are to eachother, the lower the air pressure in that area is. The further apart they are the higher the air pressure. The closer the isobars are, the stronger the wind is. The air pressure is also depicted by letters. In an area where the isobars show that it has a high pressure, a 'H' will be in the the centre circle. If there is low air pressure there will be an 'L'. Air pressure is the density of air molecules. High air pressure is heaps of air molecules close together. Low air pressure is when they are far apart. When the air pressure changes from high to low, wind is created.
Compression
Rarefaction
No. A rarefaction is the region of a sound wave where the particles are spread out rather than close together. The closer together regions are compressions. These terms are used about waves in air, not weather systems.
Wind.
The difference is that Low air pressure has less air molecules pushing down in one area and high air pressure has more air molecules pushing down in one area.
Air pressure.
The difference is that Low air pressure has less air molecules pushing down in one area and high air pressure has more air molecules pushing down in one area.
The difference is that Low air pressure has less air molecules pushing down in one area and high air pressure has more air molecules pushing down in one area.
High pressure area.
because they are not closely packed. it also depends on the state of matter.
The pressure difference works this way. You literally have more air molecules in a given area, a "high" pressure front. The air wants to reach equilibrium, so it flows to a "low" pressure, or less air molecules in the same given area, front. What you feel is air molecules moving from one area to another, or wind.
The pressure difference works this way. You literally have more air molecules in a given area, a "high" pressure front. The air wants to reach equilibrium, so it flows to a "low" pressure, or less air molecules in the same given area, front. What you feel is air molecules moving from one area to another, or wind.