Mountaintops are colder than the lowlands because the Sun heats the Earth from the ground up. The Sun's radiation travels through the atmosphere to the ground, where Earth absorbs the heat then emits it back out. So, temperatures near the Earth's surface is generally the warmest.
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Due to higher altitudes temperature decreases, so only we feel colder in mountains than low lands
Because, taller mountains are high enough to reach the next layer of the atmosphere, which tends to be colder because the sun's radiation is mostly deflected at the top. The bottom layer is alot warmer because of the greenhouse effect.
Mountaintops wheater faster bucause if they are tall ice,rain,and wind can wheater it and if it's a small mountaintop gravity can wheater it.
18 is colder than 9.6
It is colder in the highlands than the lowlands because the higher the elevation, the colder it becomes, and the lower the elevation, the hotter.
Yes,because the higher you go the colder you get. The temperature drops to 11 degrees
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In general because its colder up there.
when the sun shines the denser air over the valley of a mountain gets warmed up.These warmed air rises up and reaches the mountain tops.As it reaches the mountain tops it expands adiabatically because the pressure at mountain tos is low
Due to higher altitudes temperature decreases, so only we feel colder in mountains than low lands
Because, taller mountains are high enough to reach the next layer of the atmosphere, which tends to be colder because the sun's radiation is mostly deflected at the top. The bottom layer is alot warmer because of the greenhouse effect.
Pink Mountaintops was created in 2003.
Mountaintops was created on 2011-09-13.
Mountaintops wheater faster bucause if they are tall ice,rain,and wind can wheater it and if it's a small mountaintop gravity can wheater it.
Lowlands is a name commonly applied to places where there are no mountains. If there were mountains in a place, they wouldn't call it lowlands.
It is cold at very high elevations. Most rain originates as snow at high elevation, which then melts before reaching the ground.