Thank you sir.., this kind of explaination is still way way better than all those animated ones from which I never got this kind of feel.., Hats off to u sir🙏 🙏
wow, this is the best explanation so far!!! I am struggling to understand this bc I'm learning geography in german. Thank you so much for explaining in easy and innovative way!
This Video Explains The Dew Point, the Relative and Absolute Humidity, with the easiest and best possible Example and i, will sure recommend it for those having difficulty in understanding this concept.
thank you so much sir.I have been reading this topic on the book now for like more or less an hour,but the concepts are still somehow blurry.but watching this video of you made everything so easy to understand.thank you so much! :D
Great... There are sensors available which measure relative humidity/ absolute / dew point... So, I think sensors which measure dew point & absolute humidity are better than those which measure relative humidity. Right?
If you add water to the cup, and the cup size (saturation amount) stays the same, then both the absolute and relative humidity increase. This would be the case if the air temperature was the same and more water vapor was being added to the air.
Thank you so much! I was struggling to understand how moisture carrying capacity was increasing due to temperature but specific humidity was still constant until Now! Your video is excellent !
Thank you for the explanation. My only question is that I want to know if there is a scenario where you would want a cold but relatively very humid environment?
@@keithbmill Ok ; then ; what if the walls of the container is heated accordingly and maybe porus with the forced circulating into an intake top duct or what not needed to keep from becoming gathered; I've always thought that condensation was nothing more then accumulating humidity that isn't drying. And what would happen if water was all that was in a container that will expand completely when the water boils all of it and then cools down with the container staying expanded. I just thought of it so figured to throw that in too. Cheers
@@keithbmill You're not the only one that I asked just now something curious. check this guy what I'd like him to try; for us to see what would occur. ua-cam.com/video/n_t7CIf0Svs/v-deo.html
Sir it refers to 04:10 when you considered it to be the warm air and you said that saturation decreases and cut off the cup. But sir warm air means more temperature and more temperature means more saturation that is more amount can be added or dissolved..then why did you cut the cup. Plz reply as soon as possible its very important for me to know this. Thankyou
I said that I began with warm air, and as the air cools its saturation amount decreases. So as temperature decreases saturation decreases, so in my analogy the cup gets smaller.
Keith Miller thankyu so much for clearing my daubt..your explaination helped me a lot. I had to deliver a seminar and it went so good just because of you. Thankyu so much.
finally, after 100 video, somebody actually explained it clearly, thank you!
This guy is a genius. Hats off to you Sir
from now on i will never forget this concept. thank you for this great video!
There's not a single video available on UA-cam which explains this concept clearly except this one.thank you sir
Thank you for the genius demo. It was taking me a while to understand relative humidity until I saw your explanation
Definitely the best explanation. Thank you sir
Hello
That’s something i was looking for..thanks for explaining this in such innovative way.
THE BEST EXPLANATION YOU WILL EVER FIND ON THE INTERNT !
Thank you sir.., this kind of explaination is still way way better than all those animated ones from which I never got this kind of feel.., Hats off to u sir🙏 🙏
Fantastic explanation, having just read back over a few pages on RH and AH I know fully understand. Fantastic demonstration.
Thank you so much for simplifying this, Sir!
This blew my mind, his visual representation of it is genius
wow, this is the best explanation so far!!! I am struggling to understand this bc I'm learning geography in german. Thank you so much for explaining in easy and innovative way!
Engineering technologist here. Forgot some easy basics 😂
This video just reminded me. Really appreciate it.
Was going crazy over trying to understand this thing. Thanks a lot for making it so easy to grasp
World needs such wonderful teacher. You are simply phenomenal.
Nicely explained.....
Wow my professor needs to see this. Thank you Sir for a beautiful explaination
Yeah! Thanks very much Doctor. I am really happy now that I understood this concept.
now i cleared my concept... thanks sir,,,, Love from INDIA.....
Best explained, this man is a genius. Thanks a lot.
You are a real inspiration sir! Thank you.
I always have a hard time to understand things while I study (dummie lol) and YOU!!! make it so easy to understand!!! Thank you so much!!! ^o^
awsome explanation Dr K Miller,
great
thanks & regards
Thanks a lot ...l was much confused about the concept ....your efforts made things easy for me
This Video Explains The Dew Point, the Relative and Absolute Humidity, with the easiest and best possible Example and i, will sure recommend it for those having difficulty in understanding this concept.
Interesting, and effective, presentation. Good job.
You are genious sir, your way of teaching is flawless, hats off to you🙏
I’m impress with the easy of explanation. It’s like WOW!
A really brilliant explanation. I definitely got it. Thanks.
wow !!!! simple and amazing explanation. Thank You
Thank you very much for making this video, it helped greatly in the understanding of absolute and relative humidity.
This is great! Thank you sir!
So amazing🎉
Thank you so much for
this is the best explanation i've ever watched. thank you
Top man, good teacher, many thanks Dr M.
this is great! so simple! thanks
wow, really you made it so simple which seemed so difficult, thank you so much sir.
lots of love from INDIA
Thank you so very much for this video! You're great.
This video is perfect PERIOD
wonderful explaination Sir
Liked it. Thanks for the explanation
Love from India
Now I have a better conception about this topic, thank you very much!
Really really thankful to u sir, nice explanation I got cleared with the concept.
Best way of explanation.... 😌
great concept...sir👌
thank you so much sir.I have been reading this topic on the book now for like more or less an hour,but the concepts are still somehow blurry.but watching this video of you made everything so easy to understand.thank you so much! :D
Perfectly described ..!!! Thank you so much sir .
Very nice way to explain. Thank u Sir
Genius, well explained
Jeffrey -- Yes the dew point is the temperature at which the relative humidity of the air reaches 100%.
Great explanation! Thank you very much!
great explanation sir , thanks
Thank You, I had a hard time understanding this concept from my professors and text book. Your video really helped me.
Best explanation ever ...
You are inspirational sir!!
Brilliant thank you !
Thank you sir!! Great help!!
Loves the explanation after 9 years also.. 😍
Amazing explanation. Thank you so much sir
Thank you, sir. I wish my teachers would explained like that.
Best explanation love from India 🇮🇳 🙏
Genius. Thank you
Best explanation thank you
love you sir ..... Thanks .....
Awesome example!
Thankyou for the explanation Sir
You are genius men
best explaination
Thanks so much for this! It really helped me out after coming out of a University Lecture quite confused!
Awesome explanation
Wow! Thank you, sir!
Great... There are sensors available which measure relative humidity/ absolute / dew point... So, I think sensors which measure dew point & absolute humidity are better than those which measure relative humidity. Right?
thanks sir
Nicely explained. Cheers
Best..
What about Delta T ?
best explaination ever
Great
System hai bhai ka
fairly certain that the students/people watching this video will be smart enough to know that difference.
Damn, I never knew John Lennon was this good at chemistry.
I thought it was Geography ...🙄
thank you
thank you soo much!!!!!👌👌🏻👌👍👍👍🏻👍🏻🙏🏻
Thank you. It helped.
sir,,if you increase the cup,RH wrt cup decreases but by defination its increasing right?
Perfect
Best
NICE EXPLANATION!
so the dew point is measured in temperature? plz answer
+jeffrey luzon yes, the temp at which the water starts to condense
May I just ask, what if you add water into the cup? How will it affect the absolute and relatve humidity?
If you add water to the cup, and the cup size (saturation amount) stays the same, then both the absolute and relative humidity increase. This would be the case if the air temperature was the same and more water vapor was being added to the air.
Thank you so much! I was struggling to understand how moisture carrying capacity was increasing due to temperature but specific humidity was still constant until Now! Your video is excellent !
Thank you for the explanation. My only question is that I want to know if there is a scenario where you would want a cold but relatively very humid environment?
Thankyou so much sir
Greatt
What happens when the environment is reduced and it's at 100 % humidity; will the humidity be forced to merge and become water?
Michel -- When the relative humidity reaches 100% any decrease in temperature will cause condensation. The air can no longer hold the water.
@@keithbmill Ok ; then ; what if the walls of the container is heated accordingly and maybe porus with the forced circulating into an intake top duct or what not needed to keep from becoming gathered; I've always thought that condensation was nothing more then accumulating humidity that isn't drying. And what would happen if water was all that was in a container that will expand completely when the water boils all of it and then cools down with the container staying expanded. I just thought of it so figured to throw that in too. Cheers
@@keithbmill You're not the only one that I asked just now something curious. check this guy what I'd like him to try; for us to see what would occur. ua-cam.com/video/n_t7CIf0Svs/v-deo.html
Sir it refers to 04:10 when you considered it to be the warm air and you said that saturation decreases and cut off the cup.
But sir warm air means more temperature and more temperature means more saturation that is more amount can be added or dissolved..then why did you cut the cup. Plz reply as soon as possible its very important for me to know this.
Thankyou
I said that I began with warm air, and as the air cools its saturation amount decreases. So as temperature decreases saturation decreases, so in my analogy the cup gets smaller.
Keith Miller thankyu so much for clearing my daubt..your explaination helped me a lot. I had to deliver a seminar and it went so good just because of you.
Thankyu so much.
one more term could u please tell me specific humidity
nailed it
Nice
thank u