what is the bonds strength of hydrogen and oxygen?
451415
i think it is a polar covalent bond\nI used to remember why but I'm not in Chemistry anymore...\nHeres a website.. Look at Example #3\nhttp://users.rcn.com/jkimball.ma.ultranet/BiologyPages/E/Electronegativity.html#covalent_bond\nAnd another http://academic.brooklyn.cuny.edu/biology/bio4fv/page/polar_c.htm\nhope its not too late
965017
You need to know the number of valence electrons.  Carbon, for example, would want to pair with 4 other atoms.  If there were fewer atoms attached as in CH2O (only 3 attached to the carbon) then one of the atoms must be double bonded.  In this case it is the oxygen that would have the double bond.  You could deduce the approximate shape from the number of bonds.  It would be slightly distorted by the slight negative polarity of the oxygen atom.  Shape of a molecule is a complicated issue that I glossed over.
297721
trying to be a smart ass huh? well if you are not then here is the answer.\n\n"FREE" hydrogen and "FREE" oxygen mixed together is highly explosive, however a Hydrogen Oxygen "COMPOUND"(water) is not.
758383
Since the central atom, C, does not have any lone pair electrons on it, and it is bonded to 3 oxygen atoms, the general shape around the central atom is trigonal planar.  The hydrogen atom is bonded to one of the oxygen atoms.\n\nTrigonal planar indictates that all 4 atoms, C and three O, lie in a plane and that the O-C-O bond angle is 120o for all bonds.
246117
When Hydrogen is attached to a high electronegative atom such as N, O, F then the bond changed into partial polar bond .\nIn H2O The H - O Bond is converted into partial Polar bond. So H aquire patial +ve charge and forms a weak bond with Oxygen of adjacent Molecule.\nThis bond is called as HYDROGEN BOND.\nThe molecules of H2O contains the H Bonds So They are more closer and Hence more Stable and Liquid at Room Temp.\n\nWhile H2S can't aquire the H bonds hence gas at Room Temp.
650823
Carbon, Hydrogen, and Oxygen.
195055
water,  in the molecular state has hydrogen-oxygen-hydrogen(H-O-H) atoms that are angled at 120 degrees.....
721215
In terms of molecular weight, water would be H20 which according to the period table of elements would have a molecular weight of 18 while Hydrogen peroxide or H202 would have a molecular weight of 34.  (molecular weight of hydrogen is one, while that of oxygen is 16).  Thus hydrogen peroxide would be heavier.
1146263
Molecular bonding.\n\nThis is a function of the atomic weight (protons in the nuclei) and the distrobution of the electron shell.  Give me three years and I will explain it fully.
820429
Hydrogens in water have a small positive charge, and oxygen molecules have a small negative charge...this is due to the higher electronegativity of oxygen compared to hydrogen...\n\nThis results in attraction of the positive and negative charges of different water molecules, resulting in what is called hydrogen bonds
420597
Franpal is correct, hydrogen and oxygen.  If you're thinking of a D, it may be 'heavy water', which has Deuterium rather than hydrogen (an isotope of hydrogen).
940983
I believe it would be:\n\nNe\nCH3Br\nCH3CN\nCH3OH\n\nthe -OH is the strongest of these because of hydrogen bonding
164592
sun light - the photons break the covalent bonds between the hydrogen and oxygen
324098
Hydrogen Bonds, they are the strongest type of intermolecular forces. It occurs between H-F, H-N, and H-O.
677445
A water molecule contains two elements: hydrogen and oxygen. Both elements have different electronegativities, which is a fancy word meaning how well they can attract electrons. Since oxygen has a higher electronegativity, it forces the electrons of the water molecule toward itself, giving the oxygen element a slight negative charge and the hydrogen atoms slight positive charges.\nBasically speaking, water itself is somewhat charged. This makes water what is called a polar molecule and allows it to conduct electricity. This also accounts for how well water adheres to itself (cohesion).\nHowever, this polarity is relatively small.
5016
O\n                       ^\n                       |\n                      xx\n                  H-O-Br:->O\n                      xx\n                       |\n                       V\n                       O\n\nPlace the xx above and below Br. Br donates electron pairs to three oxygen atoms. There is also one Br-O-H bond in the molecule.
883737
Hydrogen gas molecules, H2