I reduce COPPER from oxide using ANHYDROUS HYDRAZINE
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- Опубликовано: 6 мар 2024
- Hi! While I'm working on a more interesting video about alkali metals, I decided to edit a simple video about the reaction of anhydrous hydrazine with copper compounds. Enjoy!
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As a chemistry major, the fact that you’re using anhydrous hydrazine terrifies me
Stick around... it gets much better than that 🤣
Wait till he makes a video about ClF3 😅
@@horsthorstmann2480Or better yet about UDMH
Once you work in industry you will see real danger
What, it's not dimethylmercury or anything...
My instant reaction to "anhydrous hydrazine" was just to say "Oh, dear" out loud.
Those craters on the copper mirror reaction were crazy looking
Jesus loves you ❤️ Please turn to him and repent before it's too late. The end times described in the Bible are already happening in the world.
@@L17_8 HELL IS REAL!!!!!!!
The many faces of copper are all beautiful 😊
The copper mirror trick was pretty cool to see. The lower part of that flask literally looked like it was a copper moon.
Your productions always fascinate me. I’m no chemist. The music and slow motion in this video blew me away! Totally Frickin’ Awesome!!! Thank you again for being the creator that you are!
Jesus loves you ❤️ Please turn to him and repent before it's too late. The end times described in the Bible are already happening in the world.
You've got to love Hydrazine. Dangerous but amazing.
Cooper green flame is one of best color of flame you can get. I remember one time my uncle melt huge box of Cooper bits in big furnace that was long and had lots of top vents holes that made flame get out, connect with each other to one big living moving green wall and due to lighting or those vents it make it super bright green on all it's length.
The "Copper Moon Mirror" just had me. Looks even more beautiful than the expected perfect mirror.
There is no single way I get bored watching your videos.
Dude... your channel is simply the best. You show chemical reactions with rare combinations that we normal people don't get to see otherwise 🙂 Thank you!
5:58 that pulsing, alien bubble is one of the more interesting slo-mo shots I’ve seen in a while
That last reaction was very cool.
Such pretty colours and a madman willing to risk his life to capture them 😮😀
👏👏👏👏👏👏👏👏👏👏 cinematic beauty, You truly are the best in the biz at setting up, capturing and sharing all these amazing sights!!!
Beautiful and aesthetic, as always. You never seem to run out of fascinating reactions.
Copper is my favorite element, so many uses and colors.
If you love colors you should learn about chromium then 😊
I prefer titanium due to me having a rod of titanium for my autism and future plans for blurple color with heat anodizing
@@vytautasp.8109 I like my cells not replicating uncontrollably, I'll stick to other metals ty
@@warbass5274 Ah yes, the titanium rod of autism.
I like all three. And best mix of them is.....🤷🏿♂️ I ain't a chemist.
I would love if you replicated all your experiments in a argon-filled glovebox, to see how it changes when the atmosphere is not oxidative
I was thinking the same. The copper reduction reaction would be interesting to see in inert atmosphere.
I love copper! Why? It's the poor mans (me) gold! Great video!
This video deserves more thumbs up for the beautiful polar light like flames and the fact that he experiments with hydrazine
These are such interesting and exotic chemical reactions! I love it!
As usual, some unusual chemistry and amazingly stunning footage thereof.
I've done this reaction on an industrial scale.
What purpose? Maybe it’s useful for producing nano-scale copper if properly tuned?
@@mduckernz Recovering Cu from some wastes we had (several hundred tons of it).
@@lolroflpmsl Were you unable to use the classic electrochemical method?
@@BioTechproject27 Nah it was a whole mix of various copper salts and other crap. Needed several weird things in concert to get it all to react and separate the valuable stuff from in there. Can't discuss too much more for confidentiality reasons.
Wow that sounds horrifying.
Breathtaking video! Applause
An excellent compilation of hydrazine reactions!
Another fantastic video! Thank you!❤
Thanks for the wonderful video!
HE IS BACK AGAIN WITH AN BANGER!!!
C'est incroyable ! Je ne connaissais pas cette réaction.
Amazing video as always!
you were right. never seen that before. thanks. 👍
Magnificent imagery!
Copper will always be my favorite element! All those pretty oxides, plus the simple utility of its malliablity + conductivity is how I am even able to see this video in the first place!
Those copper flames are so nice
oh my god the green flamebursts on copper (I) looked gorgeous
I am so glad I subscribed to your channel.
Copper and hydrazine chemistry is pretty interesting thank you for sharing these reactions
Great vid as always!!!
Spectacular !
cool video as always
Another great video bruh
Very cool reaction
Awesome!
Fascinating.
Great video thanks for sharing
Очень круто, Фел - топ ❤
Nice vid!
🎉Good excellent very good my friend
I love your voice overs
oh my, that cratered copper mirror 😍
Hi Felicks! YT is not informing me of all of your new videos. I usually watch as soon as I know a new video is posted. Not to worry, tho. I'll watch this one and check for myself from now on. I did want you to know that other people may have this problem, too. 😅
I'd like to see you do a synthesis video, your substance of choice!! ❤❤❤❤❤
Awesome reactions! Thanks.
Superb video sir😊🎉
Oh man copper chemistry is my absolute favorite
The flames rising up from the CuO looked like ghostly green, yellow and red wraiths emerging from the grave. Spooky 👻. Good stuff as always Felix.
The shape reminded me of the LiAlH4 and decaborane reaction
In the reaction with the copper oxide powder, it was really interesting to see just how bright and pale the completely un-oxidized copper was. (I assume it was protected by the hydrazine vapors or similar.)
Wicked!!!
Does this work with any metal salt? Or just with the nobler ones like that copper?
Ive asked Gav and Dan to do some slo mo on oxide formation on copper at high temperatures. I think it would be neat to watch the different colours form.
So coool❤
Bellissimo, grazie
It'd be interesting to see a reaction between chloroauric acid/chloroaurate salts and anhydrous hydrazine.
First comment! Love your videos ❤
5:12 was cool
Hey, i would love to see copper mirror work. That so cool and beautiful, maybe try snad blasting small beaker or something? Then the copper will stick better?
coper sulfite pentahydrated is a cute color
SOoooo nice and awesome!!! Copper is amazing! What about Zinc? It creates very complex (nomen omen) complexes... :)
wow!
Is it possible for you to do some chemical reactions with liquid silane albeit with some difficulty? I often wonder what it would be like to have liquid (or maybe solid) silane on contact with liquid oxygen.
Hi! It's possible but 250g of SiH4 will cost me $2000 + expensive reducer for that gas cylinder. I'm not sure yet whether it's worth spending money on it or buying something else. I haven’t tested the synthesis option yet(Mg2Si), but it’s much easier to plan and shoot a video when you have pure silane in the cylinder :D
@@ChemicalForce Even though I was thinking of you making the stuff yourself but bummer that silane is so expensive! 😞😞💵💵💰💰
Seeing how gaseous silane reacts with atmospheric gaseous oxygen something tells me that liquid silane may react quite ferociously with liquid oxygen! 🔥🔥🔥🔥
Why is the oxide black and not cyan?
I see anhydrous hydrazine, I click
ohhh WWWOOOOOOWWWWW!!!!!!!!!!!!!!! that copper mirror looks AMAZING!!!! and those formations REALLY DO look JUST LIKE the CRATERS ON THE MOON!!!! Maybe it's from left over fluid sticking to the mirrored surface and pulling it towards the center... 🤷♂🤷♂ - what if you were to allow the fluid to remain in the flask for an extended period of time, would it build up a thick enough layer that it won't be so fragile? then you could put some type of coating over it to protect it from touch... maybe epoxy 🤷♂🤷♂ - I have NEVER seen a coper mirror.. yea I've seen polished pieces of copper that had a mirrored surface, but they are nearly impossible to to get it perfectly flat and end up with a perfect mirror.... it's the same with and silver metal... that's why we use a similar technique to make the mirrors we all have in our homes... but a COPPER MIRROR?? I don't think ANYONE has done that before!!! - THIS SOUNDS LIKE A JOB FOR NILE RED!!!! lol
- And that last reaction was SO UNIQUE!!! the way it changed to a shiny copper metal for a bit was unexpected, but then changing to a ton of shades of blue-green and grey that were all matte and the textures of it all moving around... HOLY MOLY THAT WAS TRIPPY!!!!
- - - PLEASE DO MORE COPPER REACTIONS!!!!! I would think it's fairly cheap and the colors you get from it are BEAUTIFUL!!! Even just heating a piece of pure solid copper gives a a rainbow of colors... I'm guessing specific heats give specific colors... that would be cool and simple...but not easy!!! lol :) - THANK YOU ONCE AGAIN!!!!
What would happen if you tried the reactions in the presence of liquid nitrogen? Would it prevent the copper from turning back into CuO, would it stop the reaction completely?
It would be interesting to repeat this in an inert atmosphere.
Do the "craters" correspond to drops of solution remaining in the flask? My guess is that the copper film doesn't have any adherence to the glass, but is attracted to droplets of solution by surface tension, causing the "puckering" effect.
So is this a catalytic conversion?
Hell yeah
First to comment. Great work!
Huh, so all I need to clean a dirty penny is some anhydrous hydrazine. How hard could that possibly be to get ahold of/handle!
Сделай видео про радиоктивные элементы❤
Hydrazine + Raney Ni reduces many organic compounds. May be you can set one up using nitrobenzene.
i think you should put up the chemical equations for the reactions on screen more often.
usually I add only those reaction equations that I am sure of
I hear that metal doesn't stick when cut because of oxidation on the surface, so the question is, will the copper surface reconnect if it is under Hydrazyne?
Wish you would display the reaction formulas
I wonder where he gets all these chemicals
The accent reminds me of generic Asian mixed with Dutch.
Love the music.
I would like to see this under argon or other inert gas.
"Distinctive red flame" *green flames shoot out everywhere*
Anhydrous Hydrazine is the big leagues. Stay safe, make sure your liver is wearing PPE
Imagine if you did this in an inert atmosphere!
You could get PURE copper!
How about monomethylhydrazine and nitrogentetroxide
been reading "Ignition!", then?
No watch glasses were harmed during the making of this video. :)
Please, can you show the experiment with AgF + 1/3 CHI3 => AgI + 1/3 CHF3, it is very exothermic reaction!
0:04 A part of the oxidized copper wire was reduced back while it was being heated.
What would this reaction be like in a vacuum?! Because no air element is needed, and the copper would not have oxygen to react with...
epic
I'd be interested in a video going over your lab safety. You play with some sketchy stuff on a regular basis. The fact that you are not dead suggest some valuable safety protocols.
He seems to never answer questions on this subject. I suspect there's a good reason for that
Dollar General just got a shipment of Anhydrous Hydrazine for household stains that can't be removed any other way!
Shouldn't Cu2O be a red powder?
yes it's really red but only when it's fresh
Why didn't you present copper (III) oxide? It is a powerful oxidizer.