No. The sky precipitates snow. It has to be cold to precipitate snow. Evaporation must happen for precipitation.
Evaporation occur at any temperature.
Gases in them are heated into high temperatures.
If heated to a high enough temperature it would be a decomposition reactions. Under normal temperatures (say under 5000 degrees F), nothing will happen. There will be no reaction. Above such high temperatures it will decompose to Mg^2+ and O^2-
Evaporation would happen faster on a hot dry day compared to a cool damp day. The high temperatures and low humidity levels increase the rate at which water changes from liquid to vapor.
When sugar is heated, it undergoes caramelization, which is the breakdown of sugar molecules at high temperatures. Limewater, which is a solution of calcium hydroxide, remains unchanged when sugar is heated as they are two separate substances and do not chemically react with each other.
The kinetic energy of the molecules is the source; the evaporation increase of course at high temperatures.
When water is heated at extremely high temperatures.
Evaporation is higher at the equator due to the warmer temperatures and increased solar radiation. This causes more water to turn into water vapor and rise into the atmosphere. The high temperatures and abundant sunlight create ideal conditions for evaporation to occur.
A crucible is used to contain chemical compounds when heated to extremely high temperatures.
enzymes undergo denaturation when heated to high temperatures
Evaporation is the process where some of a liquid becomes a gas at temperatures below the boiling point. In other words, its molecules escape the body of the liquid and move freely away, as a gas. An example is when water in a pan evaporates until there is no liquid left in the pan. The reason this happens is because some molecules have high enough energy to escape the surface tension of the liquid. Evaporation results in the liquid becoming cooler. Blowing on the liquid increases the evaporation.
an enclosed structure in which material can be heated to very high temperatures, e.g., for smelting metals.