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I don't understand the science but I know that the longer the chemical name, the more expensive and dangerous it is, and this dude has some long chemical names.

Background music as perfect as video 👍

This is the fuel for hydrogen bombs.

Yes I would need a new pair of pants

Strange, I didn't see this video suggested to me until today. Always amazing production quality and I really enjoy them.

Thanks for the truly well made one of a kind videos. You're doing really great work and you seem to have very high safety standards.

I had to evacuate my garage once after dissolving Ti metal in concentrated H2SO4 created plumes of thick purple smoke lol.

the slow motion videos are gorgeous

lithium deuteride. hmh. LiD.

Hi Feliks, love watching your videos really can't get enough. I have a really random question, im big into knives and wanted to ask what knife you were using to cut the potassium and sodium?

epik

Next, let's try Helium Hydride...

You can make SeCl₄? Add LiH! Get H₄Se!

15:23 this isn't a chemical equation! Where did 2 hydrogens go? Where did an oxygen atom go?

Maybe because chlorine is less electronegative than oxygen, so dish didn't break

Also makes a great neutron moderator. I removed 250 pounds of molten lithium hydride that was melted and poured into radiation shields at the University of Illinois Chicago.

I can't stand your accent. Transfer your channel to an English speaking cont creator now.

Now make H₂FeO₅

like! but need AsCl3 + LiH -> AsH3 !!! :))

Ahh the collaboration video. But seriously, what are you up to? (especially with ozone!)

Bruh, nak+br2 looks like someone has been killed cuz bronine is red brown

That bowl is done being a bowl. It’s now a ring of metal. Looks like you took it and smacked someone over the head several times until the bottom popped out of it LOL.

👏👏👏👏👏👏👏👏 Incredible work!

Do you have the detonation velocity of this reaction ?

he kinda looks like Ali G

What are the physical properties of the alloy Li/K? Maybe it could be used in battery anodes.

Boom

you cant call reducing agent powerful if it does not reduce test tube itself at this temps by reacting with quartz, lol

This makes me think of how the Big Bang happened.

Please Slow down when you talk so we can understand you better. Great video!!!

i... i want to bite into the lithium hydride...

Add some Cs

Your content is underrated. This should have millions of views. Amazing slow mo shots of chemistry, really well done. I also wish I had something I could trust, like you trust your fume hood. :D

Lithium hydride looks like cursed soapstone.

i wonder if the blue in the crystals are free electrons

In the last experiment, it looks like the ozonated oxygen ignited lithium hydride chunks that were ejected from the mix. Super cool experiments!

Dudes slo mos are always on point and great focus you see all the little details fantastic job bro

What’s the name of the song at around 8:19 ?

Another superb video. Thank you.

it looks like a block of cannabis THC

"Mildly" dangerous, compared to nuclear weapons 😂 But realy exotic reagents, best in the word. Plus perfect cinematography.

Ohh yeah pyrophoric Ni i'd love to see that!! Just Raney nickel water suspension drying on paper sets said paper on fire, imagine pouring the dry stuff in liquid O2!

I think this is what might be happening during the reaction ElCl4 + 4 Mg = Mg4ElCl4 + heat Mg4ElCl4 + 4 H2O (from air) = ElH4 + 4 MgClOH + heat ElH4 + O2 (+some heat) = ElO2 + 2 H2O + heat

man i loved those pyrophoric gas video

These are beautiful but not that useful demonstrations since by adding a liquid at near room temperature to a molten solid at hundreds of degreees Celsius the most you get is a big splash and mixture of the reagents and products. To better demonstrate the products properties the reaction should've benn done in a much larger apparatus capable of containing the splash and also being able to somehow separate the gas products from the reagents vapors and then finally exposing it to air/ozone/?? to see their combustion. Anyway, very impressive nonetheless!

I'm confused, if there's no change in the oxidation number for the reactions you showed, then why is it a reducting agent?

H2O2 130° = 💥🎉

There's no reaction description or did I just missed it? Is it possible you first generate H2 (hence the NO2 evolution first seen, unless it comes from the reaction between HNO3 and the containing material) and then it comes to a H2 explosion? Would it be different if you initially generated H2 by other means?

Electrolysis?

You know what might be interesting to see in action? Exuding mercury from fish.