A Hydrogen bond.
Water molecules are composed of two atoms of hydrogen and one atom of oxygen. The hydrogen atoms each bring an electron to the reaction, and the oxygen atom brings eight. The resulting molecule has two plus eight electrons, or ten electrons in it.
Three molecules of hydrogen will combine exactly with one molecule of nitrogen to form two molecules of ammonia (NH3) in a balanced chemical reaction.
their is exactly 56
The water molecule (H2O) is not exactly spherical; it has a bent molecular geometry due to the arrangement of its atoms. The oxygen atom in the water molecule attracts electrons more strongly than the hydrogen atoms, causing a slight negative charge on the oxygen side and a slight positive charge on the hydrogen side, giving it a polar shape.
Water or H2O has exactly the number of atoms listed in each molecule: two hydrogen and one oxygen.
The chemical formula for glucose is C6H12O6There are 6 protons in carbon, one proton in hydrogen, and 8 protons in oxygen.There are 6 atoms of carbon (6×6), 12 atoms of hydrogen (12×1), and 6 atoms of oxygen (8×6).So multiplying those out and adding them together, there are 96 protons in one molecule of glucose.
OneHydrogen is the lightest element, it's nucleus contains 1 proton. Since it's nucleus contains 1 proton (a positively charged particle) it must be exactly balanced by 1 electron (a negatively charged particle).
It doesn't agree with any law--water has one oxygen atom, not one oxygen molecule.
Since a water molecule, H2O, has exactly the same quantity of hydrogen atoms as a hydrogen molecule, H2, it follows that one mole of water can be decomposed into one mole of hydrogen gas.
Yes. All diatomic molecules of an element are nonpolar, because each of two atoms in a diatomic elemental molecule are the same and therefore exert exactly equal attractions on their shared valence electrons.
The hydrogen bond involves hydrogen in a covalent bond with a highly electronegative element, like oxygen in water. Pure hydrogen H2 involves 2 atoms with exactly the same electronegativity. In water the large difference in electronegativity means that the bond is polar covalent. In addition to that, the hydrogen is not quite, but nearly a point nucleus because there are no other electrons in hydrogen than those shared. This causes a very strong attraction --- not a real bond -- between the hydrogen and the highly negative oxygen in an adjacent molecule. This is the real hydrogen bond, the attraction of the hydrogen for an element in another molecule. Real bonds are within one molecule.
A carbohydrate molecule with 6 carbon atoms would also contain oxygen and hydrogen atoms in the ratio of 2:1, following the general formula (CH2O)n. This means there would be 12 hydrogen atoms and 6 oxygen atoms in the molecule.