You are welcome to your opinions, on the compstion of the earth, and moon. In my assement of earth compostion, I find that the compostion of earth that i have calculated to exsplain many of the questions put for in earth geology by theroist. The Internal earth appearntly has many levels of cooling, and heating, each one of the levels is a state, that defines chemistry. That which defines the ionic bonds and colvant bonds of a given atomic element. most atomic elements are fluid in state at there given level or rest state in the earths depth, or above it. It appears that the Ferrum (iron) content of the earth, is just below that of the habital surface land of earth, being about 44,229,039 cubic miles ( or 0.016973324 % of earth). Given the intereaction of the magnetic feild of earth, with earth it seems that the entire iron content of the world is located in the earths land mass that is above sea level. ( the same appearing to be the case on the moon, lunar iron aggreate may exist as one contenital land mass on the moon, bases on published statlite data from Celmentine Mission.) This type of dramatic effect of the magnetic feild on earth crust formation, suggest that with the condtions of atomic nitrogen and oxygen layers under the earths curst, that a great deal of lift is provided by the earths magnetic feild (by its effect on Ferrum) and that in the event of the magnetic feilds failure, such as in a magnetic pole reversal that the surface of the the world will collaspe. As the moon is no longer within the range of the earths magnetic feild, the moon has also had a collaspe, magnetic events, or preturbations in the earths magnetic feild eventually cause earth quakes, by disrupting regions of strong Ferrum(iron) conent. Lunar Iron Content: 3,236,113.33 Cubic miles Heavy atomic elements are not stable at depths, and so decay DwayneD.L.Rabon
It's a well known fact amongst astronomers, actually. All the biggest stars in the universe have heavy elements burning at their core. The only element that does not burn is iron. Once it gets to iron, the star cannot further grow and sustain itself, and thus explode in a supernova, at which point all the other elements are also created (elements heavier then iron, that is). ... Of course, I oversimplified the process to facilitate your understanding...
Man... you must be dumb or something...... Where did I say this is the earth's composition? I never mentioned earth. I was talking about stars! :crazy:
And why were you talking about stars then ? DwayneD.L.Rabon was talking about the earth and I responded to that Please Register or Log in to view the hidden image! Then you came and started talking about how stupid I am for not knowing stuff that happens in stars... you stupid shit !
I was answering the bold part. You doubted heavy atomic elements decay at depths. I answered saying that they do decay at depths. If you meant inside the earth.... well, then of course not. The earth's core is not hot enough for that! And I didn't see Dwayne claim that anywhere anyways, so why are you talking about that? Where did he claim heavy elements in earth's core decay? Oh, you are so wise....!
Some of it. I didn't care about it, really. I was just answering your question regarding the decay of heavy elements. You seemed to not believe that was possible. So I told you it is.
You didn't read the posts and didn't know what my reply was about. I didn't seemed to believe in it where the earth was concerned, which he was talking about. Now lets forget about it.
Some elements, or their isotopes, decay inside the Earth as well as the surface. Ever wonder where Radon comes from? The the slow radioactive decay of numerous elements, heavy and otherwise, is largely responsible for the heat that the earth does have. PS: this process is called fission. http://eqseis.geosc.psu.edu/~cammon/HTML/Classes/PhysicalGeology/Notes/Chapter02/P07.html
Good point! If the hydrogen was compressed enough to be a liquid metal, then you good have a potential source of magnetism, like in Jupiter. However, the earth isn't massive enough to produce that much temp/pressures in the center.
Keep in mind that the original thread-starter works only from his warped imagination. Therefore, he's not constrained by physical laws, truth or any of those kinds of things that he finds inconvenient. That frees him to make ANY kind of absurd or idiotic statement that he wants. (And he does!) Please Register or Log in to view the hidden image!
Ya'll go easy on our old buddy Dwayne. I have come to believe he may be a savant. He is fascinated with numbers and chemistry, and often works through them to arrive at extreme conclusions. As most of you know, the thought processes and logic of a savant can significantly differ from the rest of us. They see things differently. But I like Dwayne and often try to decipher how he is arriving at the conclusions he does. He often does have some information in his posts that is not known to the general population. I mean absolutely no offense to you Dwayne, I enjoy your posts.
Here is the current element compostion of the earth by DwayneD.L.Rabon H,He,Li 1.326 % 3,456,334,709 cublic miles (A mixture) Be 6.7% B 30.55% C 20.31% N 13.91% O 11.2% F 1.28% Ne 3.45% Na 1.5% Mg 0.994% Al 6.04% Si 0.1860% P 0.510% S 0.0994% Cl 0.3358% Ar 0.1321% K 0.0481% Ca 0.3036% Sc 0.00947% Ti 0.1365% V 0.17625% Cr 0.149800% Mn 0.008599% Fe 0.01697% Co 0.05130% Ni 0.04506% Cu 0.00921% Zn 0.09288% Ga 0.0640% Ge 0.0587% As 0.0003023% Se 0.008691% Br 0.0105% Kr 0.0241% Rb 0.01799% Sr 0.002494% Y 0.012475% Zr 0.026013% Nb 0.00648% Mo 0.0007569% Tc 0.008773% Ru 0.001588% Rh 0.004046% Pd 0.004046% Ag 0.004916% Cd 0.01047% In 0.01668% Sn 0.002194% Sb 0.005522% Te 0.001513% I 0.01116% Xe 0.000056753% Cs 0.000056753% Ba 0.0034806% La 0.0034806% Ce 0.0034806% Pr 0.0011855% Nd 0.00073149% Pm 0.00073149% Sm 0.00073149% Eu 0.000075652% Gd 0.004162044% Tb 0.0069622% Dy 0.00015136% Ho 0.000908129% Er 0.001664% Tm 0.000908163% Yb 0.0017787% Lu 0.0232583% Hf 0.001702846% Ta 0.000037831% W 0.000832504% Re 0.0005676% Os 0.0002648% Ir 0.00083252% Pt 0.000908207% Au 0.002421% Hg 0.001596% Tl 0.0017407% Pb 0.00179759% Bi 0.00179759% Po 0.00013245 At 0.00013245% Rn 0.0010975% Fr 0.000264901% Ra 0.001589% Ac 0.0001513% Th 0.0008746% Pa 0.000836404% U 0.000013239% Np 0.000013239% Pu 0.000431447% Am 0.000431447% Cm 0.000431447% Bk 0.000454152% Cf 0.0008511549% Es 0.0008511549% Fm 0.000264929% Md 0.000264929% No 0.000264929% Lr 0.000264929% I 0.01116% (29,081,227 cubic miles Iodine) It does not seem tht there is much iodine on the earth, iodien is a trace element in the earth compostion, iodine plays a important part in human growth, in the secreations of hormones. Dwayne D.L.Rabon
