It’s 1:45am, I just woke up, and for some reason the first thought I had was “what happens if you put a balloon in liquid nitrogen?” I wish I was kidding.
"inside and outside" the balloons "both have to be atmospheric pressure" instant 2'20" : Dr. you seem to forget about the pressure the balloon is exerting inside from its elasticity ... granted, not as big of a difference as in a basketball or truck tire but on the principle pressure inside and outside would only be equal if the elasticity of the balloon was zero (e.g. a partially inflated plastic bag)
Shareen Beegum avagadros constant basically just means the number of atoms in 1 mil of any gas in the same and it will take up the same volume. This has nothing to do with that as this just cools the atoms down making them move slower and reducing the frequency and power of collisions therefore resulting in less pressure.
If you put any balloons filled with the nobles gases of Argon, Krypton, Xenon, or even Radon in Liquid Nitrogen those would freeze while in the temps of -320 to -346 Fahrenheit but would become a gas again after warming up
It’s 1:45am, I just woke up, and for some reason the first thought I had was “what happens if you put a balloon in liquid nitrogen?” I wish I was kidding.
xD that's Epiphany
Me too me too
wth😭😭
Same
here cuz of online school-
South 001 yep
Lol
Same. 😐
Same 😂
NICEEEEEEE
MY CLASS MADE ME DO THIS!
Deserves more likes
I love now I’m just watching this for fun since I’m bored
Great video. So cool!! 10/10!
I would like you to explain it in a nonideal gas behavior approach like how the gases would react inside the balloon thanks
Dope.
Does anyone know why he had one balloon filled with helium and the other just filled with air?
"inside and outside" the balloons "both have to be atmospheric pressure" instant 2'20" : Dr. you seem to forget about the pressure the balloon is exerting inside from its elasticity ... granted, not as big of a difference as in a basketball or truck tire but on the principle pressure inside and outside would only be equal if the elasticity of the balloon was zero (e.g. a partially inflated plastic bag)
Watching this video on my phone and on the big class screen at the same time
ayo same. wait...same class?
@@Angel-ng6ho mr. Nguyen?
@@pugman3137 are u the quiet kid in the corner that sits next to the door and some annoying kid with bleached hair?
@@Angel-ng6ho no that’s the kid next to me
@@pugman3137 ohh shit were in thhe same class thas me
Please explain me how the balloon will wiil become small and large sorry for seeing this vedio
Why does this happen can you explain this on the basis of avagadro's law?
Shareen Beegum avagadros constant basically just means the number of atoms in 1 mil of any gas in the same and it will take up the same volume. This has nothing to do with that as this just cools the atoms down making them move slower and reducing the frequency and power of collisions therefore resulting in less pressure.
Well *I'm* here because of daily dose of internet
Hello school children ✋😫
Very interesting it loses its Color, the red one was red and slightly orange cool!
Damn
If you put any balloons filled with the nobles gases of Argon, Krypton, Xenon, or even Radon in Liquid Nitrogen those would freeze while in the temps of -320 to -346 Fahrenheit but would become a gas again after warming up
Lol
🤔🤔🤔
Russian guy better lol