dont believe answers when they say ask anything and they will tell you they wont
Condensation
Red mangroves:-live in deepest salt-water of the three, going from a few inches to over a foot deep. -have large prop-roots, often times called "walking roots", with thick lenticels for gas exchange.-named "red" because they produce chemicals called tannins that turn the water and mud a rusty color.-leaves are broadly-elliptical and the largest of the three (about 3 to 5 inches long).-viviparous propagules can survive in salt water for over a year.Black mangroves:-live in a few inches of salt water, further inland than the Red mangroves. They can withstand higher levels of salt. -have pneumatophores, straw-like roots that stick out vertically from the mud for gas exchange.-named "black" because the older sections of the trunk and heartwood are blackish in color.-leaves are narrow-elliptical and are about 2 to 4 inches long. The leaves have salt crystals formed on the top side; this is an adaption to living in high salt concentrations.-viviparous propagules can survive in salt water for at least 4 months.White mangroves:-live farthest away from the water of the three, just above the water level that the black mangrove lives in. -sometimes have pneumatophores but they are usually less common. When pneumatophores are present they are usually less prominent than on the black.-named "white" because of the whitish appearance of the bark.-leaves are rounded elliptical, have two small glands at leaf base, and are more-yellow green in color.-viviparous propagules can survive in salt water for at least 1 month.
Mangroves have special features which protect them from salt. Some mangroves are able to filter most of the salt out as they take water in through their roots, some concentrate extra salt in old leaves (which turn yellow and die), and some are able to get rid of the salt through the pores on leaves or special glands. Mangroves can also grow in fresh water, but they have almost no competition in salt water because so few plants can grow there.Mangroves have special features which protect them from salt. Some mangroves are able to filter most of the salt out as they take water in through their roots, some concentrate extra salt in old leaves (which turn yellow and die), and some are able to get rid of the salt through the pores on leaves or special glands. Mangroves can also grow in fresh water, but they have almost no competition in salt water because so few plants can grow there.
Mangroves grow on sheltered shores form dense forests on shorelines, riverbanks and estuaries. Mangroves are basically small trees and shrubs. These grow in tropical and subtropical tide lands almost all over the world. Tidal activity of gulfs, seas and oceans make it possible the growth of Mangroves as they are able to stand in salt water because of unique rooting structures and peculiarity in their reproduction.
It is bumping into the lihosphere
Condensation
Heat
You take heat out of the water.
a solid
High temparture
Lack of water
Increased heat or reduced pressure or both.
air in the water lines causes banging and whistles/screams. Turn off main water, turn on the faucet, turn main water back on, and it should force the air out.
Mangroves are able to turn their leaves away from the sun to limit the surface area exposed to the sun. This is done to conserve the water in their leaves.
Boiling water turns to vapor in the cold because the temperature difference between the hot water and the cold air causes the water to evaporate and turn into vapor.
Too much iron in the water
Water condenses to form clouds when warm air rises, cools, and reaches its dew point—the temperature at which it can no longer hold all its water vapor. As the air cools, the water vapor condenses into tiny water droplets or ice crystals around particles like dust or smoke in the atmosphere, creating clouds.