How do I build a Bohr's Model for hydrogen dioxide (H2O) and hydrogen?
832322
H2O has 8 valence electrons resulting to a triatomic bent 109.5 degrees.\nit will look like this \n\n                   ..  ..\n                     O\n                   /     &#92;\n                 H       H   \n\nthe 2 dots are lone pairs..  the distance netween the angles should be 109.5 degrees
456100
How exactly are you splitting the H from the O?   Under high pressure and spraying?  I don't see how that could possibly work.  Cold fusion also has a huge potential for cheap, clean, renewable energy.  But much like what you are talking about, it simply isn't possible with the current technology.  If splitting H and O was so cheap and simple it would be done all of the time.  Electrolysis works, but the energy input makes it unrealistic for creating liquid hydrogen as an energy source.  If you truely have a way to spit the H20 molecule cheaply and efficiently you'd already be a multi-billionaire.
1173693
WoW Dude! Hydrogen and oxygen BOTH in water! Now that is just so new-age and just today right? \nDamn Man! If you and I could just figure how to separate the two...\nSorry got lost in the thought! Please submit your picture to Ripley"s...
1111771
two parts hydrogen.......one part oxygen...hence.....H2O
991204
by splitting water molecules and collecting the H
1000320
Helium, CO2, Hydrogen and various others.
626546
The simplest reasonable model of the atom is the Bohr model, which does tend to look like a mini solar system. In actuality, atomic structure is not so easy to define. The further you advance in chemistry, the more complex the models become, and the less they look like "mini solar systems". But they are still only reasonable attempts to visualize a very complex system, and cannot physically confine all the expected paths of the electrons' orbits.
837250
The equation doesn't balance.  There's no hydrogen on the right side.  But, assuming that you ended up with H2 gas on the right (I don't think that reaction works real-world, but whatever), the main thing you need to look at is the chlorine.  It's Cl2 on one side and Cl3 on the other.  That means that you must have a total number of chlorine atoms which is a multiple of 6.  Try balancing the equation with 6 chlorine atoms and see what you get:\n3CuCl2 + 3H2O + 2Al -----> 2AlCl3 + 3 CuO + 3H2
903700
That is definitely not correct!!\n\nFor example water (H20) is very very different from the two gases that make it namely hydrogen (H2) and oxygen (O2)
874053
First, the non-simple words.  This is one example of a principle of thermodynamics.  The state of a system will be that with the lowest Gibbs Energy.\n\nIf you mix 2 parts hydrogen gas and one part oxygen gas and trigger the reaction with a spark, they will combust to form water, releasing energy in the process.  That's because the water molecule has a lower energy level than the isolated atoms.\n\nIn classical mechanics, it started out as an empirical observation that nature is lazy.  Light travelling from one point to another takes a specific path because any other path would be a longer one.  Deducing the path this way is a minimization problem.  You write a system of equations for all the ways the path could vary.  Then you solve that system for a minimum of its energy function.  The Hamilton and Lagrangian formulations are ways of specifying laws of physics (mechanics) so that these mathematical methods can be used for finding solutions.
493742
http://hyperphysics.phy-astr.gsu.edu/hbase/nucene/bomb.html\nhttp://hydrogen.kiwiki.homeip.net/\nhttp://whyfiles.org/186ed_teller/3.html
749628
from my chemistry days we would use a 250 ml GLASS beaker and two GLASS testtubes to conduct electrolysis of water but it was only temporary the hydrogen would eventualy escape. now how to keep it pressurized is a little bit harder good luck finding that out.
149295
carbon, hydrogen and oxygen.
512153
The mean van der Waals diameter of water has been reported as identical with that of isoelectronic neon (2.82 Å) [112]. Molecular model values and intermediate peak radial distribution data indicates however that it is somewhat greater (~3.2Å). The molecule is clearly not spherical, however, with about a ±5% variation in van der Waals diameter dependent on the axis chosen; approximately tetrahedrally placed slight indentations being apparent opposite the (putative) electron pairs.
30469
If you look at a periodic table you will see the number of protons in an element, these +ve particles are balanced by an equal number of -ve charged electrons.  The cloud theory of electrons is a bit confusing but if you consider the electrons to orbit the nucleus in set patterns/orbits it becomes a bit easier to explain (and the model works at a basic level).\n\nThe inner orbit of an atom can hold 2 electrons, if you look at hydrogen you will see that it has one electron, this means that it has a vacancy in that orbit - and it will want to fill this vacancy to become stable, this can be filled by sharing an electron with another atom perhaps another hydrogen atom to form 2H the normal format for gaseous hydrogen in the atmosphere.  \n\nOxygen has 16 electrons in 3 orbits - inner = 2 (full) layer 2 = 8 (full) layer 3 = 6 (2 vacancies).  It will want to fill these vacancies to become more stable.  Oxygen does this by combining with 2 hydrogen atoms each of which has a single atom to form H20.\n\nIf you look at the periodic table you will see that the materials in each vertical row have the most reactive material at the top going down to the least reactive at the bottom.  In general atoms with a single electron in its outermost orbit or an outermost orbit with a single vacancy (such as Hydrogen) will be more reactive than an atom with two electrons or two vacancies in its outermost orbit.  This can be proven by experiment and working out the number of electrons in the outer orbits.\n\nGenerally atoms combine together to form stable unreactive materials. Iron oxide (Fe02) is a stable natural form of Iron, we remove the oxygen to produce Iron products, but iron is fairly reactive in its Fe form and will naturally recombine with O2 to revert back to its stable form FeO2.
849763
Water vapor.\n2 H2 + O2 = 2 H2O
492501
From fusion of hydrogen atoms.