More moist than the leeward side of the higher elevation. For example, if there was a mountain on the coast, the rain would collect on the windward side, because it is the side facing the direction the wind is coming from. The leeward side, or the side facing the direcion the wind is going, will be drier, due to the lack of ran.
down to sea
uplift.
The Uplift
tectonic plates
In general, temperatures decrease at higher elevations.
Water evaporate faster at higher elevations.
Most often, the air at higher elevations is cooler than the air at lower elevations. The act of your climbing the mountain has no effect on it.
Yes, it can effect breathing, making the air thinner, and harder to inhale.
Mountain barriers can have a significant impact on climate. They act as barriers to the flow of air masses, causing the air to rise and cool. This leads to the formation of clouds and precipitation on the windward side of the mountains. On the leeward side, a rain shadow effect occurs, resulting in drier conditions. Mountains can also affect temperature patterns, as higher elevations are generally colder than lower elevations.
At higher elevations the boiling point is lower.
yes
Longer. The higher elevation causes the boiling point to decrease. Cook longer at higher elevations.
Actually the windward side has higher precipitation, the leeward side is a drier place
The northwest has a higher land elevation than the southeast.
Climates at higher elevations tend to be cooler and have lower average temperatures compared to lower elevations. This is because as you go higher in elevation, the air pressure decreases, leading to a drop in temperature. Higher elevations also usually receive more precipitation, as the air cools and condenses more readily. Additionally, higher elevations often have more variable weather patterns and experience stronger winds.
The air is thinner than air in lower elevations.
Colorado is higher then Florida