So the acetone burns in the cold fluorine and then the fluorine is heated hot enough to burn the brick. I bet you could burn diamond with 1000 degree fluorine!!
Well, such a question is difficult to answer as such exothermic reactions often lead to many products. So, I can only tell you the main products that are produced:
First, fluorine reacts with iPrOH forming HF and some CF compounds. The formation of HF generates enough heat so that the brick reacts with fluorine.
The brick should consist of some calcium silicate and iron oxide (color) and maybe other oxides. The silicates are transformed to SiF4, the oxides are converted to fluorides.
Hey ! I love your videos !!!! Absolutely great videos. For God! You are really brave! I always wanted to see reactions with F2. You are amazing; however be careful cause even if you know F2 all to well (otherwise you would be death know :)) ) it is still Hell dangerous...
weapon of choice
Flourine Canon
diegonikki 2 weeks ago
That brick has been subjected to torture twice - the other corner is burnt.
RadioTrefoil 4 months ago
So the acetone burns in the cold fluorine and then the fluorine is heated hot enough to burn the brick. I bet you could burn diamond with 1000 degree fluorine!!
TimpBizkit 4 months ago
What is your reaction for FLUOR? /watch?v=t8ll4k0E6qc
Tapolcay 5 months ago
Would suck to have the gas cannister burst
TimpBizkit 5 months ago
that's one interesting diatomic molecule for ya...
em129836 9 months ago
chuck norris' toothbrush
rhinogek 11 months ago
Brick fluoride synthesis
phj1990 1 year ago 2
@phj1990 epic
nehorlavazapalka 3 months ago
Comment removed
Afrocanuk 1 year ago
@Afrocanuk
See the description of the video for your answer.
Fluorineisgreat 1 year ago
which reaction(s) took place in this vid ?
ty
dobsen19 1 year ago
@dobsen19
Well, such a question is difficult to answer as such exothermic reactions often lead to many products. So, I can only tell you the main products that are produced:
First, fluorine reacts with iPrOH forming HF and some CF compounds. The formation of HF generates enough heat so that the brick reacts with fluorine.
The brick should consist of some calcium silicate and iron oxide (color) and maybe other oxides. The silicates are transformed to SiF4, the oxides are converted to fluorides.
Fluorineisgreat 1 year ago 5
@Fluorineisgreat what is iPrOH? I only recognise the end part as a hydroxide ... or is this a shortened name for a different compound/material?
Thanks
nickmt 9 months ago
@nickmt iPrOH ist Isoproanol, i.e. Propan-2-ol
Fluorineisgreat 9 months ago
WICKED!!
checkmatex22 1 year ago
high electronegativity
syedjaafar 1 year ago
HighEST
PhoenX19 1 year ago
WHAT THE FUDGE! @.@
fixingbraincell 1 year ago
Great!!.. haa from the 2 only molecular elements that make things to burn
Fluorine's the bes!!, it can even oxidize the other one: Oxygen!
skBundy 1 year ago
Fluorine gas can even burn water because it breaks apart the water molecule.
KEngel1021 1 year ago 6
@KEngel1021 Sorry to burst your bubble but if forms HF, actually.
nucleochemist 1 year ago
that crap will attack any element it comes in contact with!
MrPennyworth007 1 year ago
I guess the best protection is in a vessel with some fluoride of something.
vmelkon 1 year ago
does it oxidize in our body in the same way ?
stonerj0e 2 years ago
@stonerj0e oh you bet it does
09876124 2 years ago
omg... this stuf is BAD ASS.
sciencoking 2 years ago 15
Hey ! I love your videos !!!! Absolutely great videos. For God! You are really brave! I always wanted to see reactions with F2. You are amazing; however be careful cause even if you know F2 all to well (otherwise you would be death know :)) ) it is still Hell dangerous...
tibinsaid 2 years ago