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Posted: Mon May 09, 2005 1:16 pm
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Posted: Mon May 09, 2005 2:01 pm
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Neko Kafweenu The_Last_PlainsWalker I feel like being random: Little known fact~Water does not conduct electricty (well) if you want the explination why this is true, just ask. o.O? *takes a big breath* You see the water itself doesn't conduct electricity. You see H2O is made of two non-metals and therefore is a covalent bond, and covalent bonds don't conduct electricty very well if at all. (Things like sand are exceptions because it has a metaloid in it). What makes water conduct eletricity is all the stuff in it besides the actual water. like the iron that rubs off from in the pipes and other stuff that's microscopic but still in there. In other words, if you had a pool full of nothing but distilled/pure water and you were in it when lightning struck it, you wouldn't be harmed because the electricity wouldn't carry through the covalent bond that is water.
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Posted: Mon May 09, 2005 3:28 pm
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Posted: Mon May 09, 2005 8:27 pm
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Posted: Mon May 09, 2005 8:42 pm
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The_Last_PlainsWalker Neko Kafweenu The_Last_PlainsWalker I feel like being random: Little known fact~Water does not conduct electricty (well) if you want the explination why this is true, just ask. o.O?*takes a big breath* You see the water itself doesn't conduct electricity. You see H2[/small]O is made of two non-metals and therefore is a covalent bond, and covalent bonds don't conduct electricty very well if at all. (Things like sand are exceptions because it has a metaloid in it). What makes water conduct eletricity is all the stuff in it besides the actual water. like the iron that rubs off from in the pipes and other stuff that's microscopic but still in there. In other words, if you had a pool full of nothing but distilled/pure water and you were in it when lightning struck it, you wouldn't be harmed because the electricity wouldn't carry through the covalent bond that is water. Technically, yes. But so far it has yet to be proven. Almost like the light ray experiment where almost everybody thinks that red light ray will destroy an item quicker than the blue light ray (turns out that red light ray caused almost no damage, while the blue light ray caused about the same damage the red light ray "should" have).
Also, a lot of people predict, thinking that it's the water itself, but really, almost no one knows the truth, except me because I did a science fair project on it.
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Posted: Tue May 10, 2005 2:46 am
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Posted: Tue May 10, 2005 5:41 am
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Envy-san Menzeeto Wanna know what theme song is annoyingly catchy? The one to Azumanga Daiou (I've been yelled at to spell it with an 'u' rather than the 'h'), Soramimi. I swear, first time I heard it, I sat there all week humming it. I hate that series stare -its pointless -not funny -random yesh tis poitless 3nodding however tis Unbarebly funny at certain times blaugh xd
ad shure a few tunes are ok 3nodding you have to love Osaka...and Sakaki xd
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Posted: Tue May 10, 2005 2:27 pm
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The_Last_PlainsWalker *takes a big breath* You see the water itself doesn't conduct electricity. You see H2[/small]O is made of two non-metals and therefore is a covalent bond, and covalent bonds don't conduct electricty very well if at all. (Things like sand are exceptions because it has a metaloid in it). What makes water conduct eletricity is all the stuff in it besides the actual water. like the iron that rubs off from in the pipes and other stuff that's microscopic but still in there. In other words, if you had a pool full of nothing but distilled/pure water and you were in it when lightning struck it, you wouldn't be harmed because the electricity wouldn't carry through the covalent bond that is water.
Almost true. Even pure water slightly self-ionizes to a tiny extent. A water molecule is made up of an oxygen atom and two hydrogen atoms, H2O. In any body of water, a few of those molecules randomly lose one hydrogen each, which then attaches itself to another water molecule. So you end up with some OH, hydroxide, and some H3O, hydronium. These ions are charged and do conduct electricity, and to have pure, nonconducting water, you'd have to get rid of them somehow.
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Posted: Tue May 10, 2005 2:35 pm
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Neko Kafweenu The_Last_PlainsWalker *takes a big breath* You see the water itself doesn't conduct electricity. You see H2[/small]O is made of two non-metals and therefore is a covalent bond, and covalent bonds don't conduct electricty very well if at all. (Things like sand are exceptions because it has a metaloid in it). What makes water conduct eletricity is all the stuff in it besides the actual water. like the iron that rubs off from in the pipes and other stuff that's microscopic but still in there. In other words, if you had a pool full of nothing but distilled/pure water and you were in it when lightning struck it, you wouldn't be harmed because the electricity wouldn't carry through the covalent bond that is water.
Almost true. Even pure water slightly self-ionizes to a tiny extent. A water molecule is made up of an oxygen atom and two hydrogen atoms, H2O. In any body of water, a few of those molecules randomly lose one hydrogen each, which then attaches itself to another water molecule. So you end up with some OH, hydroxide, and some H3O, hydronium. These ions are charged and do conduct electricity, and to have pure, nonconducting water, you'd have to get rid of them somehow.i know, that's why i said distilled/pure water, it's possible to do that, we used it in chem. lab experiments.
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Posted: Tue May 10, 2005 2:42 pm
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#1 Naruto The_Last_PlainsWalker Neko Kafweenu The_Last_PlainsWalker I feel like being random: Little known fact~Water does not conduct electricty (well) if you want the explination why this is true, just ask. o.O?*takes a big breath* You see the water itself doesn't conduct electricity. You see Hsize=9]2[/small]O is made of two non-metals and therefore is a covalent bond, and covalent bonds don't conduct electricty very well if at all. (Things like sand are exceptions because it has a metaloid in it). What makes water conduct eletricity is all the stuff in it besides the actual water. like the iron that rubs off from in the pipes and other stuff that's microscopic but still in there. In other words, if you had a pool full of nothing but distilled/pure water and you were in it when lightning struck it, you wouldn't be harmed because the electricity wouldn't carry through the covalent bond that is water. Technically, yes. But so far it has yet to be proven. Almost like the light ray experiment where almost everybody thinks that red light ray will destroy an item quicker than the blue light ray (turns out that red light ray caused almost no damage, while the blue light ray caused about the same damage the red light ray "should" have). Also, a lot of people predict, thinking that it's the water itself, but really, almost no one knows the truth, except me because I did a science fair project on it. Water is one of the most non-reactive liquids in existance, while you can dissolve many things in it (polar bonds only actually) but not much makes it change it's chemical make up, which is surprising, when you take into consideration that Hydrogen is one of the most reactive and at that violently reactive elements there is. But basically the eletrons in the electricty can't move through the bonds of water (at least not very well) and i'm sure they;ve tested this out on smaller portions of distilled water that they could keep distilled.
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Posted: Tue May 10, 2005 6:29 pm
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Posted: Tue May 10, 2005 6:42 pm
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Posted: Tue May 10, 2005 7:09 pm
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Posted: Wed May 11, 2005 6:13 am
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Posted: Wed May 11, 2005 11:42 am
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