Evaporation is a complete process, meaning the entire puddle evaporates and not just, say, 15% of it. If the puddle already has some gaseous particles in it what turns a liquid particle gaseous at 3 hours, and then a few more at 4 hours, etc.? In a world of entropy this seems strange. Is there a transfer of energy from the environment?
It's also weird to think about the average temperature of the puddle over time. If a puddle evaporates in 24 hours every particle turned gaseous. Every particle achieved 212 F. The average temperature over time might be more like 150 F. Halfway between the air temperature and "boiling" point.
You got that a bit wrong there. Water does not evaporate faster in a warmer environment. Hanging clothes out on a cold dry day makes them dry rapidly. Whereas hanging them out on a hot day does not. In fact they can stay wet all day despite the warmer temperature. Wind makes them dry even quicker. But why does wind make clothes dry faster? Dry air plays a big part but not necessarily. Water is a strange fluid (not liquid) which has well over 79 anomalies.
Very nice editing I think you deserve way way more subs bro keep up the good work and thanks for the information
I like these type of video very simple to understand and quick they get straight to the point
nice and amazing video!
Great video, the clearest explanation I've seen👍
Really nice video. Thank you! :D
Assume dark, cool room of 68F, a spilled glass of water would still evaporate. Where does it get the extra kinetic energy from?
Congratulations u gained a new subscriber 🥰😋
fires evaporate puddles quite nicely, I've noticed🌋
Makes sense. Thank you
Thanks a lot👍
Really nice video
I love it
i love it thankyou itt helps me
nice
Does evaporation happen to molten metals?
This was explained very well! Thank you!
The proses of changing of water vapour on heating is called evaporation. My name is Sai ishitha.
Thx for that down lesson
THXS U HELPED ME ALOT !
Thanks - You've explained why my cup of Tea or Coffee gives off steam even though the water is no longer boiling.
Great video! What about when ice evaporates?
ice first melt into water and then evaporate
YOU IDEOT
My teacher used the same exact video which helped us out a lot! Thanks!!! :)
Evaporation is a complete process, meaning the entire puddle evaporates and not just, say, 15% of it. If the puddle already has some gaseous particles in it what turns a liquid particle gaseous at 3 hours, and then a few more at 4 hours, etc.? In a world of entropy this seems strange. Is there a transfer of energy from the environment?
It's also weird to think about the average temperature of the puddle over time. If a puddle evaporates in 24 hours every particle turned gaseous. Every particle achieved 212 F. The average temperature over time might be more like 150 F. Halfway between the air temperature and "boiling" point.
love the video :)
This me school homework I don’t get what he saying ;-;
👍
You got that a bit wrong there. Water does not evaporate faster in a warmer environment. Hanging clothes out on a cold dry day makes them dry rapidly. Whereas hanging them out on a hot day does not. In fact they can stay wet all day despite the warmer temperature. Wind makes them dry even quicker. But why does wind make clothes dry faster? Dry air plays a big part but not necessarily. Water is a strange fluid (not liquid) which has well over 79 anomalies.
Awesomeee
my teacher in my school used this
anyone else here for their mushrooms??
this is nothing watch creative dimond
I am certain that I don't feel cool or cooler when I sweat.
I feel more warm
Yes, but you'd probably feel even warmer if the sweat couldn't help to mitigate your heat.
A bro wtf.🤬🤬🤬🤬🤬
Who is here from Ahmadhiya