Is There a Gas That Can Be More Dense Than A Liquid? | Quickly Unraveled
3,054
Published 2020-11-16
Subscribe if you want more awesome content like this:
youtube.com/c/Unraveled
Follow me on my social media so I'm not lonely.
Instagram: www.instagram.com/unraveledyt
Facebook: www.facebook.com/UnraveledYT
Twitter: twitter.com/UnraveledYT
TikTok: www.tiktok.com/@unraveledyt
All Comments (19)
-
This channel is so all around pleasing! The astetics, the narration and the writing! For 4 minuets, I forget about everything and embark on an adventure to find gas.
-
I was just making coffee when this question just popped in my head. The pot illustration is based on the one I use for heating water for my coffee.
-
Cody's lab literally floated an alchohol-water mixture on xenon gas at high pressures over three years ago mate.
-
This is wonderful! I love the way you presented the information in a way that's both informative and fun, and kept me guessing! Even though I've learnt about ages ago, the way you posed it as a question throughout the video kept me hoping you would find a gas more dense than liquid! Also, the animation and sound effects are extraordinary! Thanks for another great video!
-
This brought back all my chem & physics classes knowledge!
-
It was very interesting break down of the problem and attempts to go around it which makes you think a bit out of the box and this type of thinking can be applied just about anywhere. Amazing presentation skills as well.
-
This channel deserves more subs
-
Very nicely summarised, this takes me back to my thermodynamics classes :P It'll be quite a wild time if we can ever achieve a gas that is more dense than a liquid, but I'd love to see some developments on that. Great work on this, looking forward to more!
-
And just when I thought your videos couldn't get better, I find out I can also use them as a way to brush up on my Spanish by turning on Closed Captioning while I watch. ¡Excelente!
-
Great video. I was wondering if you used different materials for the gas and the liquid that maybe you could bypass the problem a bit, by using heavy molecules for the gas and light molecules for the liquid. A quick search revealed that the lightest liquid we know of, 2-methylbutane is about 44 times heavier than Tungsten hexafluoride which is also the heaviest gas. So no luck there!
-
This was so interesting good job! New Sub!
-
So we cant have floating water to walk under :(
-
This question come up in my mind a minute ago. luckily there's a video about it.
-
Fantastic explanation
-
Super underrated channel!
-
A productive cup of coffee!
-
finally! another great video.
-
So sad that this channel didn’t blow up