Why is the boiling point of water lower than hydrogen peroxide

Ich will says, "If you look at the structures, however, you find water has only one hydrogen bond while hydrogen peroxide has two." No. Water can form up to four hydrogen bonds although it rarely does, and hydrogen peroxide could theoretically form six hydrogen bonds. What is he considering to be a hydrogen bond. Hydrogen bonds exist between molecules of water, not within a molecule a molecule of water.

And this last statement, "The more hydrogen bonds, the more the molecules want to stay together since the molecule becomes more polar, thus requiring more energy (heat) to evaporate." is but one more example of how instruction on intermolecular forces is inadequate. Hydrogen bonding has **nothing** to do with making a molecule polar. The polarity of a molecule is a function of its geometry and the vector sum of its dipole moments.