The kinetic energy of water molecules is lower at a low temperature.
salt water evaporates slower than regular water because the salt makes it harder to boil and evaporate
no
Probably slower, since it has less concentration of water.
No, it will evaporate slower. When salt or another nonvolatile solute is added to water it raises the boiling point, making it more difficult to evaporate.
Because the warmness from the sun helps it evaporate
Coke is a more viscous liquid than water, this is because water consists of 1 element in liquid form, while coke has solid in it (for exapmle sugar), this prevents it from dissolving too quickly
Yes, sugar water would evaporate slower than normal water because the presence of sugar in the water would increase its boiling point and therefore slow down the rate of evaporation.
It can evaporate faster OR slower than other liquids. For example, if you are hot and you spill water on yourself and it cools you off, this is because it evaporates. But if you spill vegetable oil on you, it will not be refreshing, because it doesn't evaporate as fast.
The molecules in hot water have more kinetic energy than those in warm or cold water, and thus makes it easier for those molecules to escape into the vapor phase (evaporate).
Yes, cold air generally dries clothes slower than warm air because warm air has more energy to evaporate moisture from the clothes.
Yes, warm water evaporates faster than cold water because the molecules in warm water have more energy, allowing them to escape into the air more quickly.
At higher temperatures, water will evaporate faster. So, depending on the temperature outside, it may evaporate faster, or slower, than inside.At higher temperatures, water will evaporate faster. So, depending on the temperature outside, it may evaporate faster, or slower, than inside.At higher temperatures, water will evaporate faster. So, depending on the temperature outside, it may evaporate faster, or slower, than inside.At higher temperatures, water will evaporate faster. So, depending on the temperature outside, it may evaporate faster, or slower, than inside.