PokeVideoPlayer v23.9-app.js-aug2025_
0143ab93_videojs8_1563605_YT_2d24ba15 licensed under gpl3-or-later
ImmersiveAmbientModecolor: #bcb1b3 (color 1)
Video Format : 136 (720p) mp4 | h264 | 44100Hz | 2313056 bps
Audio Format: 140 (AUDIO_QUALITY_MEDIUM) m4a | aac | 44100hz | STEREO(2channels)
PokeEncryptID: f3e09d70d4bc1c1dfc7961ca5e0a1f86c10cea40db72e659ad5ec18d6fb01f1adf8dd717e8b41e07ad6e15be3e5fd3f5
Proxy/Companion URL : woke-proxy.
Date : 1760161010069 - unknown on Apple WebKit
Mystery text?? : V0FNNWJVbEFYMmcgaSAgbG92ICB1IHdva2UtcHJveHkucG9rZXR1YmUuZnVu
143 : true
261,497 Views β’ 8 months ago β’ Click to toggle off description
What do you think will happen when a red hot metal ball is dipped into some liquid nitrogen? LETS FIND OUT!!! Learn about the Leidenfrost effect and see what happens when extreme temperatures collide. #experiment #science #leidenfrosteffect #chemistry #physics
Views : 261,497
Genre: Science & Technology
License: Standard YouTube License
Uploaded At 8 months ago ^^
warning: returnyoutubedislikes may not be accurate, this is just an estiment ehe :3
Rating : 4.826 (357/7,853 LTDR)
95.65% of the users lieked the video!!
4.35% of the users dislieked the video!!
User score: 93.48- Overwhelmingly Positive
RYD date created : 2025-04-26T15:20:20.405041Z
See in json
102 Comments
Top Comments of this video!! :3
bro is just the less radioactive version of nilered
206 | 2
I wish I could just science stuff all day and explain it to people like this.
31 | 2
All I could notice was a bunch of pixelated blurry nonsense thanks YT compression
25 | 1
Welcome to Thermodynamics 101. Three rules you gotta know:
1. Energy can't be created or destroyed, only transferred from system to system.
2. There's this thing called entropy. Basically it refers to the tendency of energy in a system to try and find a state called equilibrium, where all the energy is evenly distributed across the system. Entropy in any system will increase until it approaches equilibrium.
3. Entropy decreases in a system the closer the temperature in a system gets to absolute zero.
all 3 of these laws are perfectly demonstrated by the liedenfrost effect.
3 | 1
You simply shake the sphere to break the Barrier between it to speeding the temperature process, but i dont know how it will react to it and how fast u need to spin it to break the leidenfrost effect, maby a small explotion or more bubbling effect, i donno and want to see that happen too π
3 | 0
heard there are programs in russia (or was) and even the usa, that is working on this sort of effect to get subs/torpedos to move much faster. think i heard they may be using compressed gas to make that barrier, thou idk if hydrophobic materials could be used to help simulate the effect?
2 | 0
You also just made a very brittle sphere of metal. Lightly tap that on a hard surface and it will shatter
1 | 0
I know I wasn't the only one tryna get that lil spec off my screen for a mean ass minute.ππ
1 | 0
Iβd watch these for a whole 5 years β€
4 | 1
THANK YOU!! I was looking through my old comments and saw I asked for this. π
2 | 1
YouTubeβs bitrate could not keep up with the bubbles lol
1 | 0
It's about mass and density of the gas that is cold enough to be a liquid. Heating it brings it back to its less dense gaseous form which has receives heat from the sphere less quickly than a denser liquid like water does which also goes through the same process as the liquid nitrogen reacting to a red-hot sphere but requires more energy to create this Leidenfrost effect draining the spheres energy faster.
| 0
If you put it in a vacuum chamber it would suppress the Leidenfrost effect but unfortunately unless you had something to actively cool the liquid nitrogen it would evaporate and solidify in the vacuum
4 | 0
Leidenfrost, you got us again
1 | 0
So Iβm learning a ton about vapor barriers because of you lol
3 | 0
yeah this was worth looking forward to so cool
2 | 2
Yes, but the boiling temperature of liquid nitrogen is minus 196 C, so the fact that it's boiling is not as impressive as it might appear.
| 0
Exactly what I thought, the air barrier that developed around the hot metal.
| 0
This is why eggs donβt stick to a hot steel pan.
| 0
@proxyhx2075
8 months ago
Interesting to see the Leidenfrost effect taking place even with liquid nitrogen.
Metal quenching using LN2 isn't a bright idea it seems like :)
208 | 6