look in ch. 31 of your textbook
it may come to the surface or possibly disperse
An area having relatively little precipitation due to the effect of a barrier, such as a mountain range, that causes the prevailing winds to lose their moisture before reaching it. An area having relatively little precipitation due to the effect of a barrier, such as a mountain range, that causes the prevailing winds to lose their moisture before reaching it.
Have no effect
they will form a mountain
they expand and contract
they died dn
It becomes dehydrated, or dry.
It becomes dehydrated, or dry.
it losews moisture
The salt will draw moisture out of the body tissues, using a process known as desiccation.
it expands
Well, i know that when moist winds move up a mountain peak, they will lose moisture. So, comming back down the clouds have little moisture left. when this happens constantly, it creates a rain shadow. A rain shadow is an area that receives little rain due to this effect. i hope that is what you were asking, and please correct me if i am wrong!!
On the windward side of a mountain range, air rises, cools, and drops its moisture. On the leeward side of a mountain range air descends, heats up, and dries the land. Deserts are common behind mountains. (493) Glencoe Texas Science, Grade 8 © 2002
condensation
When the wind encounters the windward side of a mountain, it is forced to rise. This causes it to cool due to decompression. If there is enough moisture in the air it will condense and fall as precipitation. When this happens, the moisture transfers heat to the air around it, causing it to cool at a slower rate than dry air would. When the air makes it over the mountain, it has lost a fair portion of its moisture. The dry air then warms up as it descends the leeward slope of the mountain. Because it does not contain condensed moisture to absorb that heat, it warms at a faster rate than the cooling it experienced when it was moist, meaning it will be warmer than it previously was at similar elevations.
the lava gently oozes its way out of the rock downslope, as speeds of only a 10m and hour or very slow speeds like that (depending on the slope!)
Earl will be