How are Prince Rupert's Drops so strong?

Let me know what you thought of this video and subscribe for more! Thanks

#prince #ruperts #drop #science #learnwithme #learnonTikTok #learnonYouTube #learn #engineering #scienceisfun #experiment #demo #cool #fun #slowmotion #shorts #fyp #reels #partytricks #lifehacks #funfacts #interesting #satisfying #princerupertsdrop

[mem]

This really was a great video. Perfect length, great comedy, and left me feeling smarter, and interested for more

[astrouphel]

I've never seen someone just cut part of their video, and post it as a short. Super interesting method, and it worked. Of the few dozen videos I've seen that have had people a full video in a short, the short you made out of this video is the only one that has made me click. And this video was well worth the click.

[prodbybabygod]

I'm not gonna lie. This is the FIRST and probably only full video I've searched for after a short. Awesome video man 👍
*edit*
Anyone who edits comments saying thankyou are silly

[minifireball]

Wait, so if you were able to drop a ball of molten glass in water (without the tail) then would it be just as strong with no weak point?

[creamsoda]

This is a great explanation, thank you!! :))

[jacksonvanderkooy]

This is a fantastic video, I don't think I've ever seen such a good explanation of Prince Rupert's drop! But I'm also super pedantic so I can't help but point out that the pasta failed in tension both times because buckling loads are a thing, but other than that great video!! You definitely deserve more subscribers

[jumpcare]

This is one of the science videos that aren't too long to the point where you click off at the 5 minute mark but is very short and packs lots of knowledge in a 3 minute video. Thanks

[Trollzom]

For a smaller channel this was very well made, keep it up bro👍

[ytho]

This channel bouta blow up and I’m glad I’m here before it happens

[fishthestick]

Finnaly!! A channel that not only explains its topic very well, but also does it in a reasonable amount of time without too much padding, and is genuinely interesting to watch!! Keep this kind of content up my guy!!

[gaboignacio]

Nice video. The pasta and concrete example had a massive flaw though, material comparison needs both to be the same dimensions everywhere. A pasta sized concrete bit would snap just as easily.

[mabubakar]

Great video! I've always been fascinated by Prince Rupert's Drops and it's amazing to finally understand the science behind their incredible strength. The slow-motion footage of the drops shattering is mesmerizing. It's also interesting to learn how the tension on the surface of the glass contributes to their durability. Thank you for explaining this phenomenon in such an easy-to-understand way!

[matthewk.]

this feels oddly refreshing. there’s no clearly faked reaction. nothing is drawn out here. such a nice video that concisely explains the drop. i wish more videos were like this. thank you

[ggrajaa]

1:06 why does that look like i could be a meme

[Cloakerson]

Hope this channel gets the attention it deserves, great video!

[AntonPogonin]

Not a second wasted! No sponsors, no promotions, no ads! All in all, a very thorough video!

[hyrumheaton]

I'm glad someone was finally able to explain this in a way that made sense

[pyroburger]

I take an engineering class and this is actually something that should’ve been shown to explain to me what the hell compression was

[OGTrula]

This video is awesome. It's a great explanation with the maximum technical side without it being overbearing for a non-engineering audience.

[Gumbocinno]

This was the best explanation I've seen of the Prince Rupert's Drop. I've seen so many videos on it, but this one really clears up the detail for the layman.