Describe the atomic structure,charges, and bonds found in a water molecule?
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Water (pure water with nothing else in it) is H2O two hydrogens and one oxygen, both the hydrogen atoms are both negative one charges and the oxygen is a positive two, it is balanced and has a neutral charge, and it looks kind of like H-O-H If you were to look at it very close up, Hope this helps ya.
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1. electron\n2. ionic\n3. molecules of compounds\n4. decomposition (not sure)
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A compound contains more than one element (H2O).  A molecule may contain atoms of one element only (O2).
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1)electron ...(also negative meson)\n2)the atom is the basic (many atoms make molecule and so on)\n3)polymer (the most famous are protiens)
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1) Coordinate covalent bond is a covalent bond that both electrons are donated by the same atom. In the case of CO, C has 4 valence electrons and needs another 4 to reach 8. For O, it has 6 valence electrons and needs another 2. In order to make both atom happy (which both have to have 8 electrons), the only way is to have the following structure\n\n. .\nO\n:::\nC\n. .\n\nIn this case, both C and O has one lone pair. In between them, there are three bond pairs, however, one of this bond pair is made up using both electrons from O. You can easily count the number of electrons for C and O to see this.\n\n\n2) Water molecules can form hydrogen bond because every H atom can have a small attraction towards the O atom from another water molecule and vice versa. This H-bond in water increases the attraction between adjacent water molecules, and make it harder to break them, thus, leads to a higher water tension (think of it all the water molecules are sort of connecting between each other, and is not easy to break it). \n\nWhen water turns to ice, this H-bond force the water molecule to freeze at a position that every water molecule are connected to the adjacent molecule through H-bonding structure. If you draw out this V-shape water molecule and start connecting them with the another water molecule, you can see how the water molecules are bonded when they are in ice form. This structure is not a very good way to pack molecules, and leads to lots of open space in between molecules. As a result, for the same amount of water, when it turns to ice, it takes up more space. As a result, leads to a lower density, so ice floats on water.
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If you could shrink 'way down and look at a single water molecule, you\nwould find that it is made of two hydrogen atoms and one oxygen atom.\nThey are arranged in a V-shape, with the oxygen at the point.  The result\nof this shape is that there is more negative charge at one end of the\nmolecule than the other (oxygen likes to have negative charge).  We call \nthis a POLAR molecule.\n\nOther polar molecules like salt and sugar and Kool-aid will dissolve in\nwater because the water molecule will be attracted to their charged ends.\nThe water molecule likes their charges so much that it will actually\nsurround the salt or sugar molecules, so that each one looks like a ball\nof water molecules.  We call this SOLVATION.  Since the salt molecule\nis surrounded now by water, it can't stick to other salt molecules, so\nit just sort of floats away.
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Water. Water contains two hydrogens and one oxygen. It's technical name should be dihydrogen monoxide, but we knew about water before chemistry was officially developed.
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A. H2O. Molecular water is 2H2O
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a molecule that carries a charge. Water is a very common polar molecule.  It sticks together when it streams because of the polar bonds between the molecules.  "Polarity results from the uneven partial charge distribution between the atoms in a compound."
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1. Covalent Bonds\n2. Ionic Bonds\n3. Hydrogen Bonds
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Covalent single bonds.\nYou'll find carbon - oxygen\noxygen - hydrogen\ncarbon - hydrogen\ncarbon - carbon
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Two hydrogen atoms, one oxygen atom.  H2O
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Becaue water is polar and water molecules form hydrogen bonds with each other.
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Realllllll Simply:\n\nCovalent molecules (atoms that make up the molecule) each contribute enough electrons (which are shared) to each other so that each atom thinks is has the nearest Noble Gas configuration. \n\nIonic molecules (the atoms that make up the molecule) transfer the electrons. One atom gains them and one atom loses them. Thus the atoms become ions (as in ionic bond), so they have charges.\n\nGet an "A".
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Water is a combination of 2 hydrogen atoms and 1 oxygen atom: H2O.\nnot H2O2!!!!!
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A molecule is said to be polar when the atoms are different in its electronegativity and its magnitude does not cancel off each other. Water itself is made up of Oxygen & Hydrogen atom. The electronegativity of o2 and h2 is the same. Thus, there are no dipole movement in the oxygen-hydrogen bond. However, the magnitude of the 2 hydrogen atom that is attached on the oxygen bond is in a 45 degrees manner. Thus, when the magnitude of the whole molecule is considered, the molecule is deemed to be polar.
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Atoms do not have a charge.\nIons have a charge (either plus or minus)