At any ambient temperature.
Explaination for school kid
Evaporation of water is different from concept of boiling. Air can uptake small amount of water and long as the air is not saturate, it will drawn any liquid water to fill the content.
Dry skin over cold day was due to this evaporation. The hot and humid day cause sweat because the air is filled with water and our sweat can't evaporate.
Scientific explaination
Evaporation take place when the partial pressure of water (water content) in air is less than the vapour pressure of water. The vapour pressure is depending on temperature. With rising temperature, vapour pressure is higher and when the vapour pressure equal to atmospheric pressure, all water will change to gas and that is the boiling. Though the temperature is at ambient but if the water content in air is less than the vapour pressure, the water still evaporate at ambient temperature.
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Pond water would typically evaporate faster in the summer due to the higher temperatures and increased sunlight. Winter's lower temperatures and decreased sunlight would lead to slower evaporation rates.
On a sunny day the air is less saturated than on a cloudy day and thus the water will evaporate faster. The water will evaporate until the air is completely saturated (100% humidity) and the lower the humidity the faster evaporation will occur. Therefore, on a sunny day with a lower humidity the water will evaporate faster than on a cloudy day.
It evaporates faster because if its a warm cloudy day the clouds will be covering the sun and we need the sun to evaporate water...On a warm sunny day the sun will be ready to evaporate!!!
I have always heard that there is more evaporation in the winter because the relative humidity is lower and that allows for more evaporation in the winter.
One example of a metal that exists in solid state in winter and liquid state in summer is mercury. Mercury has a melting point of minus 38.83 degrees Celsius, so it is in a solid state during winter when temperatures are below this point, and it turns into a liquid state during summer when temperatures rise above its melting point.
Silver does not evaporate at room temperature. It has a high melting point of 961.78°C (1763.2°F), which means it would need to be heated to this temperature in order to evaporate.
When water is left outside during a summer day, it can evaporate due to the heat from the sun. The water molecules gain enough energy to escape the liquid surface and turn into water vapor, thus causing the water to disappear.
Increasing the temperature of a liquid causes the molecules to move faster and possess more energy. This increased energy allows more molecules near the surface to overcome intermolecular forces and escape into the gaseous state, leading to faster evaporation.
Pure isopropyl alcohol would evaporate more quickly than a mixture of isopropyl alcohol and water. This is because water has a higher boiling point than isopropyl alcohol, which would slow down the evaporation process of the mixture compared to pure isopropyl alcohol.