the atmosphere determines rate of evaporation.
if the atmosphere is as dense as a liquid within the atmosphere there is no evaporation at all.
on earth, cooler atmospheres are generally less dense, so it's not cooling the liquid alcohol as much as providing it with a supply of less dense atmosphere that will make a liquid, alcohol, evaporate faster.
on the extreme, putting a liquid into a vacuum will cause it to almost immediately evaporate, a.k.a. standardize the temperature and pressure of its atmosphere.
there is really no such thing as evaporation as much as there is homogenization, standardization, of its atmosphere.
nail polish remover contains substances such as acetone that vaporise faster than rubbing alcohol.
Rubbing alcohol has a much lower boiling point than that of water, allowing less ambient heat to cause it to evaporate. also because of its different molecules in each liquids.
Unrefrigerated since the warmer it is the faster it will evaporate, Just like if u leave water under the hot summer sun for too long it will be gone faster then cold water
Rubbing alcohol typically dissolves faster than water due to its lower surface tension and ability to break down substances more easily.
Rubbing alcohol evaporates faster than water because its molecules are less attracted to each other, allowing them to escape into the air more easily. Water molecules have stronger intermolecular forces, which hold them together in the liquid state and require more energy to break apart and evaporate.
Yes
yes
Rubbing alcohol.
When you ignite rubbing alcohol, it burns with a blue flame and produces carbon dioxide and water vapor as byproducts. The flame can be relatively clean and soot-free compared to other fuels. It is important to exercise caution when handling and burning rubbing alcohol as it is flammable.
Alcohol does not have a high amount of hydrogen bonding so it evaporates very quickly. Water is the slowest to evaporate because of all the hydrogen bonds.
White spirit evaporate faster.
Alcohol typically evaporates faster than water under the same conditions due to its lower boiling point. Alcohol molecules have weaker intermolecular forces, allowing them to escape into the air more readily.