Seattle
Valued Senior Member
You would have an iron enclosed chemistry set.If I were to surround every element up to iron in an iron shell?
You would have an iron enclosed chemistry set.If I were to surround every element up to iron in an iron shell?
Indeed!You would have an iron enclosed chemistry set.
I don think more detail is necessary...however...
the iron would become electrically charged by the solar wind which would probably ignite the contents like a high pressure oven!?!?!?
you may wish to get more detailed to get a better precision of answer for your question.
So according to you, gold should be more reactive than iron. And helium should be more reactive than, say, potassium.What I'm talking about is very dangerous, but the reward is insurmountable.
I would hypothesize the further away from iron a material lies on the periodic table the more reactive in general.
While the upheld belief measures reactivity with atmospheric bias as well as other forms of bias.
I'm saying with respect to iron hydrogen is more reactive than gold. Using iron as a standard for reactivity.So according to you, gold should be more reactive than iron. And helium should be more reactive than, say, potassium.
I see.
I don think more detail is necessary...
It wouldn't be measured in microns... More like inches. I wouldn't want to be mixing chemicals in a Trojan condom and have the iron impregnated.you have not said how many microns thick the iron is supposed to be.
Are you saying gold is more or less reactive than iron?I'm saying with respect to iron hydrogen is more reactive than gold. Using iron as a standard for reactivity.
It wouldn't be measured in microns... More like inches. I wouldn't want to be mixing chemicals in a Trojan condom and have the iron impregnated.
I'm saying a scale with iron as a standard might be more accurate to measure reactivity with respect to the original experiment.Are you saying gold is more or less reactive than iron?
If you have enough H and O, you'll get a dust cloud of Li, Be, B, C, Ne, Na, Al, Si, P, S, K, Ca, Sc, Ti, V, Cr, Mn, Fe, etc.H+He+Li+Be+B+C+N+O+F+Ne+Na+Be+Al+Si+P+S+Cl+Ar+K+Ca+Sc+Ti+V+ Cr+Mn+ 26 Fe=?
You don't need any of that.Beaconator said:
H+He+Li+Be+B+C+N+O+F+Ne+Na+Be+Al+Si+P+S+Cl+Ar+K+Ca+Sc+Ti+V+ Cr+Mn+ 26 Fe=?
The experiment supported Alexander Oparin's and J. B. S. Haldane's hypothesis that putative conditions on the primitive Earth favoured chemical reactions that synthesized more complex organic compounds from simpler inorganic precursors. Considered to be the classic experiment investigating abiogenesis, it was conducted in 1952[3] by Stanley Miller, with assistance from Harold Urey, at the University of Chicago and later the University of California, San Diego and published the following year.
https://en.wikipedia.org/wiki/Miller–Urey_experimentAfter Miller's death in 2007, scientists examining sealed vials preserved from the original experiments were able to show that there were actually well over 20 million different amino acids produced in Miller's original experiments.
You don't need any of that.
If that is chemically "allowed" at all. You cannot just throw a bunch of chemicals together and expect some kind of orderly processto ensue.maybe shim means all elements being simultaneously bonded with iron...
If that is chemically "allowed" at all. You cannot just throw a bunch of chemicals together and expect some kind of orderly processto ensue.
Chemistry follows very specific "rules", especially when there is a multitude of chemicals present.
That where evolution starts.
I would hazard that all significant external influences such as gravity, pressure, temperature,my attention has been mused by the point at which gravity takes over and engages in the reactive process.
does the gravitational field intrinsically change the nature of the elements to a point where it presents a different physical property of the core attribute ?
i.e/e.g the surface of the sun