Why is the saturation decreasing with temperature?
Physics Asked on November 21, 2021
As you can see below, I’d like to know why the saturation is decreasing with the temperature while the absolute amount of water remains constantly.
The image is taken from a description of a transformer where the relative humidity in oil is decreasing with the temperature, so I’d be happy if an explanation could fit to the image.
I asked a similar Why has warm air a higher water saturation than cold air? but meanwile I think it doesn’t really explain the reason. But maybe I miss the forest for the trees.
However: Why is the relative humidity decreasing with the (oil) temperature?
One Answer
Relative humidity is defined as 100 times the partial pressure of the water vapor in the moist air divided by the equilibrium vapor pressure of the water vapor at the temperature of the air mixture. The equilibrium vapor pressure always increases with temperature. So, for a fixed amount of water vapor in the air (i.e., a fixed partial pressure at constant total pressure), increasing the temperature lowers the relative humidity.
Answered by Chet Miller on November 21, 2021
Add your own answers!
Ask a Question
Get help from others!
Recent Questions
- How can I transform graph image into a tikzpicture LaTeX code?
- How Do I Get The Ifruit App Off Of Gta 5 / Grand Theft Auto 5
- Iv’e designed a space elevator using a series of lasers. do you know anybody i could submit the designs too that could manufacture the concept and put it to use
- Need help finding a book. Female OP protagonist, magic
- Why is the WWF pending games (“Your turn”) area replaced w/ a column of “Bonus & Reward”gift boxes?
Recent Answers
- Jon Church on Why fry rice before boiling?
- Joshua Engel on Why fry rice before boiling?
- haakon.io on Why fry rice before boiling?
- Lex on Does Google Analytics track 404 page responses as valid page views?
- Peter Machado on Why fry rice before boiling?