None whatsoever. The terrain has an effect on the weather but it can't be resumed as precipitation per altitude because what works one way with the wind from one direction, may work the other way with the wind from another direction.
The effect of the terrain on the weather is called the orographic effect, from oro-, that means 'mountain' in Greek. As the air rises, being pushed up over a mountain range, the air cools down by adiabatic effect and moisture condenses into clouds and, perhaps, precipitations. On the lee side of the mountain, the air sinks and if it has lost much of its moisture in precipitation, it does it at the dry adiabatic lapse rate, which is twice that of moist air. It means that it is warmer at the lee side of the mountain. This is called a Foehn wind, in Europe, and a Chinook wind in Canada and the US.
Depending of the altitude of the land and how steep the rise is, it may rain on the weather side, or on a plateau, on the top. Sometimes it is not enough to produce precipitations, only what is called orographic fog. For example, I visited Sao Antonio on the Cape Verde islands and while the islands are extremely dry, they manage to grow some vegetables on the top of the volcanic mountains because there is a constant fog and plants absorb the dew on their leaves.
Not too sure if this is correct. Research more before writing this down. fanks babes.
find it your self dum boo
BHS?
The correlation between precipitation rate and level of atmospheric pressure is very apparent. As atmospheric pressure decreases, the amount and intensity of precipitation increases.
Orographic rainfall occur at d windward side of mountain. It occur by the rising air motion of moist air around the mountain resulting into adiabatic cooling and condensation. While convective rain occur from the nimbostratus part of cloud. "Engr ajimurt001"
Groundwater
what is the difference between elevation and leaching
• Precipitation is settling down of insoluble particles from a solution. Co-precipitation is a process in which normally soluble compounds are carried out of solution by a precipitate. • In precipitation, normally insoluble compounds are precipitated. But in co-precipitation normally soluble compounds are precipitated. • Co-precipitation incorporates contaminants into the precipitate, whereas precipitation can result in both pure and contaminated precipitates.
BHS?
The relationship between elevation and climate has to do with temperature. The higher up the elevation is the colder the temperature is.
Temperature decreases as the elevation increases.
the sky
by the water
The higher the elevation is the colder the climate
As a general rule in the atmosphere, the higher the elevation the lower the temperature. However, certain atmospheric conditions may produce an 'inversion', where temperature increases with elevation.
nothing i dont know
If the base of the elevation is at a distance d from the observer, then the highest point is at a height = d*tan(angle of elevation)
The relation ship between average precipitation and the depth of the soil is the moister and the water vapor water evaporates and one is a solid and the other is a solid.
Deserts receive less precipitation than semiarid regions.
distance and angle of elevation are closely related as the more closer you move, the half is the angle of elevation. for e.g. if you travel 30m and cover 15m then, the angle of elevation will be half of what you started with. this can be also proved by a live example as when you have the angle of elevation as 90 degree, then the distance can be zero....