Hydrogen bonds get stronger and stronger, as more and more hydrogen bonds form a cooperative. Clusters form a rather unique form of resonance structure with both hydrogen and electron movement. The first bond in the cooperative is the hardest to break, no matter where you try to break it. This is similar to breaking the first bond of benzene. With each breaking of the bond the cooperative bonding gets uniformly weaker while all the bonds expanding slightly.
The quote is from the link below. This topic is very interesting to me. It is about hydrogen bonding and information transfers in water. There are a wide range of energy levels, not only within hydrogen bonding; two components, but also between cooperative and anti-cooperative hydrogen bonding.
The quote can be found with this link, after the largest graphic; water hydrogen bonding.
http://www1.lsbu.ac.uk/water/hydrogen_bonding.html
The quote is from the link below. This topic is very interesting to me. It is about hydrogen bonding and information transfers in water. There are a wide range of energy levels, not only within hydrogen bonding; two components, but also between cooperative and anti-cooperative hydrogen bonding.
The quote can be found with this link, after the largest graphic; water hydrogen bonding.
http://www1.lsbu.ac.uk/water/hydrogen_bonding.html