where does the ozygen go?
440968
there is no such thing as Ozygen.  but Oxygen goes into your blood to keep your heart pumping,  and to keep your brain thinking.
826176
It's pretty easy for it to be *called* eternal.  Someone thought of it, and then they said it.  Thus it is called eternal.  Say it with me, "Eee-turn-all."  Whether it actually is eternal or not is a completely different question.\n\nWhat would happen if you were to go over an snuff it out?  I would imagine that it would be extinguished.  A better question might be, "What would happen to me if I were to go over and snuff it out?"  Let's just say that it wouldn't be pretty.  =]
694162
nothing, the air is probably underneath the fluid and the position change will reverse that allowing the air to escape.
414215
The gases move in and out by the process of diffusion.\n\nYou're right, the earthworm uses its skin to exchange gases.  As long as the earthworm's skin is moist, gases like oxygen and carbon dioxide can passively diffuse accross its skin.  This is why an earthworm will die if its skin dries out.  Beleive it or not, we also rely on the process of diffusion to exchange gases.  When we breathe air deep into our lungs, gases diffuse accross the thin, moist surfaces of our lung tissues.  Once a gas like oxygen diffuses into the earthworm, the circulatory system carries it (and other substances too, such as nutrients) to cells within the earthworm's body.  The circulatory system also allows the earthworm to transport waste products from the its cells to the outside environment.  For example, carbon dioxide produced by the earthworm's cells is transported through the circulatory system to the skin, where it can then diffuse out into the earthworm's surroundings.
483713
I wouldn't say that I'm anymore intelligent than someone else, but I did want to answer your question, so....\n\nYou are confusing the theory of evolution (diversification of species) with the theory of abiogenesis (life from natural compounds).  That's okay, many people confuse the two.\n\n1.  How did life get from soup to single-celled organisms?  From wikipedia, "J.B.S Haldane suggested that the earth's pre-biotic oceans - very different from their modern counterparts - would have formed a "hot dilute soup" in which organic compounds, the building blocks of life, could have formed.\nIn 1953, taking their cue from Oparin and Haldane, the chemists Stanley L. Miller and Harold C. Urey carried out an experiment on the "primeval soup". Within two weeks organic amino acids, the basic building blocks of life, had formed. While Miller and Urey did not actually create life; they demonstrated that a more complex molecule — the amino-acids — could emerge spontaneously from simpler chemicals, in the presence of an external energy source in an atmosphere largely devoid of oxygen (the experiment involved shooting a spark, representing lightning, into their flask of supposedly primitive earth-gases)."\n\n2.  How did the original cell eat and develop asexual reproduction?   You are putting the cart before the horse.  In order to get to the cell stage, self-replicating molecules had to exist first... i.e. reproduction & "nourishment"  was occurring well before the cell stage.  Also, what are you referring to with "nourishment"?  For a self-replicating molecule, nourishment would consist of other molecules that it could combine with to form more of itself.\n\n3.  In the "soup", how did primordial cells develop resistences?  Resistence to what?  I don't understand this question.  To the environment?  To viruses or bacteria?  You need to elaborate here, I'm sorry.  I think it ties into your next answer, but not sure.  Please read my answer to #4.\n\n4.  How did it evolve everything it needed if it wasn't in it's DNA?  Can you give an example?  Hmm.  I'm trying to understand how you are approaching this question.  Let's say you have 100 little cells, each a little different.  5 cells can withstand a higher water temperature than the others because of a mutation they have.  One day the temperature goes up and kills off the other 95 cells.  That only leaves the 5 with the mutation.  They scamper off and reproduce like crazy... the cell strain has just evolved a little.  Now repeat this a gazillion times with a dynamic interacting environment and there you go.
1044303
the only way I can see this, is to disolve ozone (O3) into water. Ozone is already used to disenfect chirgical tools
197637
Actually, there are a few things wrong with that structure. If the Red atoms are indeed oxygen then the formal charge would be (C4H8O2)2-, the double minus change would make this very unstable. \n\nOxygen is only found by when it is double bonded, which it can't do here since carbon can only have four bonds. The red could be a halide, that is something from the F, Cl, Br and I column. \n\nIf the red guys were bromine then it would be \n2,3-dibromobutane
332688
KLAUS IS RIGHT,, IT WILL BECOME A WHITE DWARF AT THE END BUT IT WILL BE A DULL ORANGE BALL RIGHT BEFORE THAT,, WE WONT BE AROUND TO SEE IT BECAUSE WE WILL RUN OUT OF WATER BEFORE THAT HAPPENS
762603
When the person speaks, the helium in his lungs go into his mouth and out of his mouth and into the immediate space in front of it.\n\nWhen you hear his voice, it will have gone through a substantial amount of helium before going through air :)
95856
actually air is no longer free to all, just visit an oxygen bar
481731
if its not true, than ask yourself, where does it go?
621907
Broken down into what?  Oxidation will take it to carbon or CO2.
142692
whew, thats odd, um i would have to say the reaction that takes place to create all that gas that is produced to fill up the air bag, im completely guessing tho, so dont take my word on it
122472
I believe they act as a catalyst for the reaction: 2(O3) -> 3(O2)\n\nNote that because they act as catalysts they are not consumed in the reaction, so the CFCs that are already in the atmosphere are there to stay.
537834
Well, actually, the atmosphere is currently about 80% nitrogen and 20% oxygen.  \n\nThere's nothing the human race could do, such as releasing balloons, that would convert the atmosphere to helium.  It's just to big!\n\nHelium has little effect on organic life, because helium is inert -- it doesn't react with anything!
133038
There is all kinds of trash up in orbit around the Earth.\n\nAs a matter of fact, not too long ago, the people in the international space station released an old space suit filled with trash and old clothes (also a radio transmitter) into orbit.\n\nAll this trash will eventually fall back down the Earth and burn up in the atmosphere, but while it is up there, it is stilla potnetial hazzard to anything else up there, that is why all this stuff is constantly being tracked by radar to keep tabs on its position.
1038325
It's depends on the availability of oxygen.  In the presence of O2, bacteria will convert most of the organic material to carbon dioxide gas (CO2).  In the absence of O2, they'll mostly produce methane gas (CH4).