Simply put, there's less of it to push down on you the higher you get. Atmospheric pressure is the pressure of all the air above you, pushing down. The higher up you get, the less atmosphere is above you to press down, so less pressure.
The higher in elevation, the less dense the air. It is very much like going under water where the deeper you go, the denser the water and the higher the pressure due to the weight of the water pressing down from above.
There is a temperature gradient in the lower atmosphere, on average the temperature falls with increasing elevation. This is because as the air is transparent to the sunlight the air effectively heated at or near the earth's surface. Also the density of the atmosphere decreases with height.
Many answers (some better than others). Here are two explanations: The logical way of thinking is that pressure is formed because of the presence of particles. Particles have mass. Things with mass are influenced by gravity. The closer a mass is to the center of the earth (lower altitude), the more pull it receives from the earth. So this gravity pulls most of the mass close to it. Another thought: Because each particle has mass, we can substitute other things, so it's more visual. Take a tub of water, actually a pool. Where is the pressure greatest, at the bottom or top? Bottom, right? Gravity pulls the water molecules down making it denser. Besides that, there's more water, causing the pressure of the water on the bottom to be higher.
The earth's gravity has less pull on the atmosphere, therefore the pressure exerted on an object at a higher altitude will be less. Similarly, as you get closer to the core of the earth there will be much more atmospheric pressure exerted on you.
The more you go up in the atmosphere, the less air there is on top of you. That's why the air pressure decreases.
The density of the atmosphere decreases with altitude.
As altitude increases, air pressure decreases. Gravity causes the atmosphere to become heavier the closer you are to the ground. The atmosphere may seem weightless but all the air molecules add up to a tremendous amount of mass. If you think of the atmosphere like blankets, the more blankets you have piled on you the heavier they become, thus pressing down on your body more and more. This is the same in the atmosphere, where the higher the altitude, the less overlying atmosphere, the less pressure on air molecules. At higher altitudes the air molecules have more freedom to move around.
Yes; the pressure and temperature decreases with higher altitude.
The density of air decreases with increasing altitude because air at high altitudes is under less pressure.
Air pressure decreases as altitude increases.
air grows thinner so it gives less pressure on the earth's surface
No. Atmospheric pressure decreases as altitude increases.
No, air pressure decreases with altitude. As you go farther towards earth's surface, the weight of the atmosphere presses down with increasing force.
The density of the atmosphere decreases with altitude.
The rate of change of air pressure as a function of increasing altitude decreases with increasing altitude.
it decreases
As the amount of air above us decreases...the air pressure decreases.
As air rises it decompresses, as pressure decreases with increasing altitude. All gasses cool when decompressed. This process is called adiabatic cooling.
Air pressure is the amount of pressure exerted by Earth's atmosphere in a specific place, while altitude is the vertical distance of an object or place from sea level. Air pressure decreases as altitude increases, since there is less atmosphere to exert pressure.
As altitude increases, air pressure decreases. As altitude decreases, air pressure increases.
The density of air decreases with increasing altitude because air at high altitudes is under less pressure.
Air pressure decreases as altitude increases. As air pressure decreases, so does density.