It's cold on top of mountains because expanding air becomes cooler by adiabatic expansion. If you let the air out of your tires, the valve stem becomes cold. It's the same phenomenon. Mountain tops also have less overlying water vapor, so they are cooled by radiation to space more strongly than the low lands.
Snow on mountains is caused by a variety of factors such as altitude, temperature, and precipitation - not just proximity to the sun. Mountains are colder than lower elevations due to thinner air and less insulation from the ground, allowing for snow to accumulate at higher altitudes.
The higher you go in the atmosphere, the cooler it gets. This is the result of something called adiabatic cooling. At higher altitudes, the air is less compressed than at low altitudes, because there is less air weighing down on it. When you decompress a gas, it cools.
A large rise in the land that is bigger than a hill and forms a peak at the top is called a mountain. Mountains are significant landforms that can be part of a range or stand alone, and they often have steep slopes and varying elevations. They are typically formed through tectonic forces, volcanic activity, or erosion over long periods.
A flat land on top of a highland or mountains is called a plateau. Plateaus are elevated flat lands that are usually formed through geological processes such as erosion, volcanic activity, or tectonic movements. They can be found all over the world and are often characterized by their flat and broad surfaces.
its the thing and then it does like yeah thats the answer.
A mountain is something that is higher than the rest of the land. You can't be "higher than the rest of the land" unless there is lower land to be higher than. If there were no space between mountains, then all land would be at the altitude of the top of the mountains, and it would all be flat, and there would be no mountains.
a hill
Snow on mountains is caused by a variety of factors such as altitude, temperature, and precipitation - not just proximity to the sun. Mountains are colder than lower elevations due to thinner air and less insulation from the ground, allowing for snow to accumulate at higher altitudes.
mountains are colder than the base they sit on because the warmth from the ground doesn't extend to the top. the lower temp. is also aided by winds that are virtually unimpeded due to the height you are above buildings and trees
Everyone has seen a photo of mountains with snow on top. It's colder at the top of mountains. Kilimanjaro is a tall mountain in Africa near the Equator. It has a small ice sheet on top and some glaciers.
Air temperature-wise, no. But overall ground temperature per area of land, (in respect to flat land) yes. if 200cubic feet of land is 50 feet x 50 feet x 50 feet, and is only heated on the top 50x50 sq feet, (ground level) then it will get energy to it than if it were 200cubic feet shaped like a triangle (mountain.) more surface area to be warmed and what not.
It is not colder. Metal conducts heat better (faster) than wood/wood composites so the metal feels colder because it is removing heat from your hand faster than the desktop.
It is colder on mountains because wind pushes more clouds and cold rushes up to the top of the curve of the mountain and the same on the other side into the sky.
The top of a mountain is closer to the sun than the land around during the day it, but given that the sun is more than 90 million miles away, that difference is negligible. The higher you go up in the atmosphere, the colder it gets. This is because the air at high altitudes is less compressed than the air at low altitudes. When a gas is decompressed, it cools.
The higher you go in the atmosphere, the cooler it gets. This is the result of something called adiabatic cooling. At higher altitudes, the air is less compressed than at low altitudes, because there is less air weighing down on it. When you decompress a gas, it cools.
"Tierra Fria" (Spanish for cold land) qualifies as such.
It is known as "Tierra Fria" (Cold Land).