Water is less dense as a solid than as a liquid. This unusual property of water is due to hydrogen bonds. As water freezes, each molecule forms stable hydrogen bonds with its neighbors, holding them at "arm's length" and creating a three dimensional crystal. In Ice Hydrogen bonds are stable In liquid water hydrogen bonds constantly break and reform.
because in water between hydrogen and oxygen hydrogen bonds are more stable but it is not in dihydrogensulphide .
Deuterium-carbon bonds are generally 6-10 times more stable than carbon-hydrogen bond.
Elements for bonds because they have a high tendency to be stable, this means that they have high tendency to attain the octet or doublet rule (only in the case of hydrogen).
Hydrogen-1 and hydrogen-2 isotopes are radioactively stable.
Water is less dense as a solid than as a liquid. This unusual property of water is due to hydrogen bonds. As water freezes, each molecule forms stable hydrogen bonds with its neighbors, holding them at "arm's length" and creating a three dimensional crystal. In Ice Hydrogen bonds are stable In liquid water hydrogen bonds constantly break and reform.
because in water between hydrogen and oxygen hydrogen bonds are more stable but it is not in dihydrogensulphide .
Deuterium-carbon bonds are generally 6-10 times more stable than carbon-hydrogen bond.
Elements for bonds because they have a high tendency to be stable, this means that they have high tendency to attain the octet or doublet rule (only in the case of hydrogen).
A hydrogen acceptors for hydrogen bonds is nitrogen.
Hydrogen bonds
It is the hydrogen wich bonds between AT and GC the difference is in the number AT have 2 hydrogen bonds GC have 3 hydrogen bonds
Hydrogen-1 and hydrogen-2 isotopes are radioactively stable.
hydrogen bonds
There are no hydrogen bonds in HF.
There is a concept in chemistry called valence, which is the number of bonds an atom can form to make a stable compound or molecule. Oxygen has a valence of 2, meaning it needs 2 bonds to form stable molecules. Hydrogen has a valence of 1. So, to satisfy the valences of both elements, two hydrogen atoms bond to one oxygen atom.
It is not covalent, because it is the strongest type. The Correct answer is van der Waals.