This question is very interesting. I would like to ask the question: where does the energy in the evaporated water vapor come from? Once you understand this problem at the root, I think you can understand why evaporation can refrigerate. If it’s not clear yet, it’s actually easy to understand. It is because the water vapor absorbs the energy of the object being cooled that it evaporates and carries away this energy. For example, if you are boiling water and you see the water boiling, the water vapor begins to take away the heat from the water, so the boiling water can be kept at 100 degrees Celsius without rise (under standard atmospheric pressure). This time, you have to know, the fire under the stove is still lit. At this time, we can say that the energy of the combustion flame is entirely the energy released by the water vapor. If the water vapor had not carried away the heat and evaporatedre to cool, the water temperature would have exceeded 100 degrees Celsius.
Whether evaporating water absorbs heat is a scientific question that can be explored.
Introduction Whether evaporating water absorbs heat is a scientific question that can be explored. This question is very interesting: where does the energy of evaporated water vapor come from? This