Hydrogen Meets Fire

The reaction of sodium hydroxide with aluminum metal produces a large quantity of hydrogen gas. I decided to capture the hydrogen produced from 6 grams of aluminum in a balloon, and detonate it in my garage (Because stupid people enjoy playing with fire, obviously).
Data: 100ml H2O
30g NaOH
6g Al
Music: Death Dance, by Adrian Von Ziegler.
• Classical Gothic Music...
All image editing was done using Blender and Gimp, while audio editing was done in Audacity.

[@kingdacrush]

Lmao, let's tie a balloon filled with a combustible gas to the exit which happens to be a wooden door made out a thin very flammable type of wood. Soak a string in alcohol tie it to the door knob set it on fire and see what happens... Brilliant just brilliant, that is what I call a true genius.

[@finnegannn]

I really appreciate the chemical formulas being shown. Thank you.

[@Ziggen69]

So an explosive gas (hydrogen) plus a flammable gas (oxygen) combines to make something that puts flames out (water)

[@denziiey]

amazing how does two elements, dangerous on their own, when combined is the most useful compound to organic life :)

[@Aisyah-sr2dk]

That's pretty damn beautiful

[@donappleyard7430]

The music is so somber. Poor balloon

[@bobafett5664]

lol how he just kicks it at the end XD

[@moughosh3010]

This is only one video which show the actual thing ....& its not fake👌✌👍

[@LiverpoolfcEPL]

is that liquid drinkable?

[@EstabonV]

Absolutely. I suggest you write your will first, but it is indeed highly drinkable.

[@yishaqdavid2029]

good i love danger

[@ssofiarendo]

So... why this reaction happens?

[@mustafatalib5784]

Did u do all of that to get hydrogen? I mean u could have just used water and a battery to get it :|

[@kylecoolage4251]

not as fancy

[@Frahamen]

to much dramatic music