O2 falling apart all over the place
Oh almond joy, Sometimes I think I'm a nut ..sometimes I don't.
I'm no chemist and I remember little of chemistry, but these facts do not add up.
There it is, oxygen will act as a fuel....!!!
I'm missing the "chemical reaction" description of an oxygen explosion?
Where is that to be found? How does that work?
The issue is not if it burns, the issue becomes how to make it burn slowly.
Oxygen burns without fuel in a fast combustion called an explosion.
Oxygen they tell us, ONLY burns fast and never slowly. OK?
Fire is the oxidation of a combustible material and oxygen is NOT BURNING, only oxidizing.
Rusting of iron then is very very slow fire by the definition.
Iron (Fe) turns to Rust and O2 AND H20 just fall apart to do that, without any energy input (see below).. what's up with that? What's wrong with this?
FeO does not require water to create this rust..
Somewhere there's must be medium ground here between fast burn and fire oxidation where oxygen burns slowly.
Seems to be a large missing piece of between oxygen burning fast
and this slow oxidation called fire or rust.
Oxygen Cylinder Explosion - Safety Is A Concern And May Not Be Worth the Risk
The video above show very well that oxygen creates an extremely high temperature when exploding inside the oxygen tank without fuel.
When Oxygen falls apart is gives off light a red glow.. normally never seen.
I found this somewhere but lost it, if someone finds it again please let me know.
In school we had to remember this stuff to pass the test. We aren't in
school any more. We are allowed to question what we have been told.
It still makes no sense to me.
This is what we are told is going on to create rust, all without any energy input at ANY point in this transaction .. it just happens ...
Were we not told energy is release or must be put in to get a reaction.
See Rust - Wikipedia, the free encyclopedia for details of these reactions.
Fe ---> Fe(2+) + 2e- (iron just happens to have a couple of electrons it need until O2+H20 comes along and then suddenly iron does not need these electrons and tosses them into the wind) What made that happen?
O2 + 4e- + 2 H2O ---> 4 OH- (greedy O2 and H20 can't wait fall apart)
OH- is Hydroxide. You can't go buy a bottle of Hydroxide (can you?), due to
it strongly interacts with other water molecules and anything else, it does
stick around long enough to be bottled, but yet here it is ...
4 Fe2+ + O2 ---> 4 Fe3+ + 2 O(2-)
Fe2+ + 2 H2O <--> Fe(OH)2 + 2 H+
Fe3+ + 3 H2O <--> Fe(OH)3 + 3 H+
And down here some how H20 fell apart and then rejoined to make new H20
again without energy input .. spontaneous reactions.
Fe(OH)2 <--> FeO + H2O
Fe(OH)3 <--> FeO(OH) + H2O
2 FeO(OH) <--> Fe2O3 + H2O
This just sound like something you would here from a witch doctor to me.
I'd more likely think a witch doctor is making sense before this stuff does.
This seems more magic than science to me
just and
Randy
Oh almond joy, Sometimes I think I'm a nut ..sometimes I don't.
I'm no chemist and I remember little of chemistry, but these facts do not add up.
Oxygen
Concentrated O2 will allow combustion to proceed rapidly and energetically. Steel pipes and storage vessels used to store and transmit both gaseous and liquid oxygen will act as a fuel; and therefore the design and manufacture of O2 systems requires special training to ensure that ignition sources are minimized
Concentrated O2 will allow combustion to proceed rapidly and energetically. Steel pipes and storage vessels used to store and transmit both gaseous and liquid oxygen will act as a fuel; and therefore the design and manufacture of O2 systems requires special training to ensure that ignition sources are minimized
I'm missing the "chemical reaction" description of an oxygen explosion?
Where is that to be found? How does that work?
The issue is not if it burns, the issue becomes how to make it burn slowly.
Oxygen burns without fuel in a fast combustion called an explosion.
Oxygen they tell us, ONLY burns fast and never slowly. OK?
Fire is the oxidation of a combustible material and oxygen is NOT BURNING, only oxidizing.
Rusting of iron then is very very slow fire by the definition.
Iron (Fe) turns to Rust and O2 AND H20 just fall apart to do that, without any energy input (see below).. what's up with that? What's wrong with this?
FeO does not require water to create this rust..
Somewhere there's must be medium ground here between fast burn and fire oxidation where oxygen burns slowly.
Seems to be a large missing piece of between oxygen burning fast
and this slow oxidation called fire or rust.
Oxygen Cylinder Explosion - Safety Is A Concern And May Not Be Worth the Risk
The video above show very well that oxygen creates an extremely high temperature when exploding inside the oxygen tank without fuel.
When Oxygen falls apart is gives off light a red glow.. normally never seen.
I found this somewhere but lost it, if someone finds it again please let me know.
In school we had to remember this stuff to pass the test. We aren't in
school any more. We are allowed to question what we have been told.
It still makes no sense to me.
This is what we are told is going on to create rust, all without any energy input at ANY point in this transaction .. it just happens ...
Were we not told energy is release or must be put in to get a reaction.
See Rust - Wikipedia, the free encyclopedia for details of these reactions.
Fe ---> Fe(2+) + 2e- (iron just happens to have a couple of electrons it need until O2+H20 comes along and then suddenly iron does not need these electrons and tosses them into the wind) What made that happen?
O2 + 4e- + 2 H2O ---> 4 OH- (greedy O2 and H20 can't wait fall apart)
OH- is Hydroxide. You can't go buy a bottle of Hydroxide (can you?), due to
it strongly interacts with other water molecules and anything else, it does
stick around long enough to be bottled, but yet here it is ...
4 Fe2+ + O2 ---> 4 Fe3+ + 2 O(2-)
Fe2+ + 2 H2O <--> Fe(OH)2 + 2 H+
Fe3+ + 3 H2O <--> Fe(OH)3 + 3 H+
And down here some how H20 fell apart and then rejoined to make new H20
again without energy input .. spontaneous reactions.
Fe(OH)2 <--> FeO + H2O
Fe(OH)3 <--> FeO(OH) + H2O
2 FeO(OH) <--> Fe2O3 + H2O
This just sound like something you would here from a witch doctor to me.
I'd more likely think a witch doctor is making sense before this stuff does.
This seems more magic than science to me
just and
Randy
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