In today’s video we will go mad with chemical experiments
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I found this application from Spoon Kapeezi,
Which says if the brake fluid is mixed with the chlorine
The mixture will ignite with automatic fire
This experience may become familiar to you
But I believe that the real demand is to push the experiment to the limit
Explain what is going on in this experiment
Now to bring the chemicals we need for today’s experience
I went to two stores quickly
I went to the pool supply shop
To buy a fast-dissolving chlorine is used to sterilize the pools
The second to the car parts shop in order to take brake fluid type (DOT3)
I read the warning written on the package
The funny thing is that he does not warn about mixing it with chlorine pools
Does that mean we can not!?
But let me show you what happens if you do!
You may have taken care of that chlorine bag
It contains 73% of calcium hypochlorite
This means that the existing chlorine is very concentrated
Brake fluid is a mixture of ethylene glycol
When these chemicals are mixed together
It gets a very exciting reaction
Now if we tell the tip of the chlorine bag the pool and pour out its contents
You will see it is a white powder granule
If you are very close to them you will find that its smell is like the smell of swimming pools
It is possible to feel a poke in your nasal pockets
If these are the fittings I’ve filled this cup with a half inch (1.52 cm) from the bottom of the chlorine pool
And with this brake fluid ready to spill it
Carefully we will pour brake oil evenly with the PCB until it is submerged
We make the tower a little mix and put the cup on this mug
We run the time counter
Then we move away and wait about two minutes
Now that these chemicals are mixed together, it does not seem to be happening
It is quiet only there is no smoke and no steam
She is still doing nothing at all
It has now been a minute and twenty seconds and there has been no change, but look at this
What did you see this?
I sat there for a minute and 35 seconds
She seemed to do nothing at all, she was very quiet and there was no smoke
Then suddenly the fire caught fire
The flame reaches a height of four feet (1.2 m) in the air
And we get the ash that boils until it pours from the edge of the cup
It was a terrible interaction, so let’s do it again and talk a bit about what’s going on
Nothing compares to the feeling of itching in the inside of the nose due to chlorine in the morning
This is what I do for you guys!
Let’s take this here to get started
No need to multiply!
If you look inside the cup, nothing seems to be happening
Only static do not see smoke and do not release heat
If touched cup
I can not even feel them heat up
Bubbles sometimes come out but I think that’s because the oil is pouring down
But we must be careful to keep away from them and watch them carefully
Because interaction works, see for this
We’ve been over a minute now since the addition of brake oil
Of course, nothing happens, it’s just static
She is silent and silent like a crocodile waiting for his prey
But something will happen to us just waiting
Thirty minutes
Oh my God those things were thrown out of the top altogether
I think the flame this time was bigger and has reached a height of 5 feet (1.5 m)
The ignition got exactly 1 minute 35 seconds
It is a very close timing for the first experiment
Now that we have demonstrated that the interaction gets, it works at a steady rate as well
I have communicated with my friend (NurdRage) to explain the interaction that gets here
He gave me a deep look, which I think we should talk about
Now the warning label The brake fluid contains a mixture of etheric glycolic compounds
Essentially, they are long hydrocarbon compounds, very similar to oil
The difference is that the brake fluid contains an oxygen atom between each carbon atom
Technically this liquid is flammable, but with difficulty
So it is classified safely for use as a fluid for car brakes
Now the actual interaction occurs when the brake fluid touches the chlorine of the pool
Is a breakdown in the electrons of the maturation to become a free-radical electron in the molecules of polyethyl glycol compounds
Basically glycol is broken down into lighter components such as aldehydes
This process takes some time so the interaction does not begin directly
But as aldehydes accumulate, they begin to interact with the oxygen present in the chlorine of the pool
It produces water and carbon dioxide
This is essentially a simple combustion reaction
This reaction is heat-repellent and produces a huge amount of heat
To the extent that it makes aldehydes evaporate and burn up the flame
Yes it reaches a high temperature that makes steam brake fluid ignite itself
If you put this interaction in a closed box
The caddy will explode!
Now let’s talk about the white vapors that are rising from this interaction
People have heard that it may be chlorine gas poison
Chlorine gas is easily distinguishable, which is very toxic and causes nasal and nasal congestion immediately
When exposed, even if the concentration is low
And through all your experiences and interactions
The smell of chlorine gas is very small
In fact, I smell more chlorine when I pour chlorine powder into the cup
The white gases we see are the brake fluid vapor generated by the reaction
These are vapors that ignite with fire as soon as the heat reaches high temperatures
Let’s do two more experiments to see how the interaction takes place under different circumstances
One outdoor
And the other in a specific area using a cola flask
Well this was a little surprising
I thought that being outdoors would take more time for interaction
But it caught in 54 seconds
this is interesting
Beautiful chemical waste!
My friend, Mark, warned me that you should not move the mix with your finger, young people
It is possible that any chemical residue on your finger can ignite and cause you burns
Well, we saw this interaction in the cup, and we saw it outdoors
Our last experience is to see it in a bottle of plastic soft drinks
I think I will increase the quantity this time
very much
For recognition, this quantity is too many
It has to be fun
Fourth and final
let’s go
May be burning fast …
Probably not …
The past tense is accurate
Gosh
Well, what was wonderful this time
Is that it took the same time a minute and thirty-five seconds
And the difference is that the flame went off like rocket fuel
The color of the flame itself was dark red or oblique to the purple
It has set off terribly high!
I mean for a moment it looked like a rocket engine upside down
Not as powerful as of course, but comfortable and very satisfactory
It was like releasing hot chlorine tablets into the air
It was falling on my shirt from behind
What a madness!
In fact I am surprised that the interaction took all this time to ignite
Because in a closed box I expected that the heat would increase faster
But this result was consistent with our previous experiences of the day
What is related to the flask is that it is more violent
Just imagine if they are covered!
It would have exploded immediately in our hands
What really amazes me in this interaction is how deceptive it is
As if he were standing there and nothing was happening
And from where you do not know!
!! بااااااااااااآآآآآآآآآآآآآآااااااااااام !!
Those fire balls! What a very violent reaction
Who do not want to stand close
It is amazing! There is only a fraction of a second left with white steam
Then it ignites completely and the flask becomes all enlightening!
And then you see the fire coming out of the top
Then the fire becomes very violent and the flames are high above the lens frame
And start throwing chemicals into the air and ash falling everywhere
Then turn from a firearm to a … flame launcher
It really is a great insect
The other thing you notice is that the plastic case is shrinking
As if the heat of the reaction shrink the plastic
And then caught fire and followed them
So, the experience is very severe if it is true
Not the kind you should try at home
Because when the factory says (do not use this product for what is not allotted to him)
These reasons are specific
This experience was really fun, guys
Let’s talk about what just happened.
We have started our experience today with swimming pools and brake pads
These chemicals are precisely mixed together
It produces a heat dissipation reaction which in turn dislodges polyethylene glycol
To lighter aldehydes and faster ignition
When this exothermic reaction accelerates sufficiently
It will eventually reach the heat in which the brake fluid evaporates
And then these fumes will ignite automatically
We have tried it in three different ways
We put this combination in a cup and outdoors and also in a flask
Surprisingly, the outdoor combination was the fastest
Compared to what we had in a semi-enclosed space
Which was exactly what I was expecting
If we got lost, guys
Based on our experience today; we have become a deeper understanding
On how mixing chemicals together could lead to catastrophic results
It is often not recommended to run at home
We certainly thank (Spoon Kapeezi) for this proposal first
And for the remaining 580 people who voted for him
Go and check your YouTube mail (Spoon)
We will send you $ 25 USD
Thank you for joining me in this experience, and I look forward to seeing you again
See you then
Chemical residues are interesting
I can hear comments!
Ahtbawasas thermal!
Hello guys, I wanted to go back quickly to invite you to follow up my Instagram account.
I have a very effective page in which I present pictures and stories behind the scenes
I hope you only take 5 seconds of your time to open the link in the description
To follow up my account (thekingofrndom), see you there!
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