How does hydrogen bonding affect the boiling point of water?

Hydrogen bonding is an intermolecular force that operates between molecules where hydrogen is bound to a strongly electronegative element such as fluorine or nirogen. Hydrogen sulfide has some (little) degree...

Hydrogen is a strong bond, therefore, it produces a lower evaporation rate and thus, a lower vapor pressure.

make matter more stable. Whenever you are trying to changes phases it takes energy to overcome those strong inter molecular forces. In turn the melting point is raised to...

Consider water, $OH_2$. This is a very low molecular weight material that has quite an elevated normal boiling point. The strength and persistence of intermolecular hydrogen bonding is responsible for...

Hydrogen bonding occurs where HYDROGEN is bound to a strongly electronegative element, i.e. hydrogen is bound to fluorine, nitrogen, or oxygen. In $"fluoroform"$, the hydrogen is bound to carbon not...

$H_2S$, and $PH_3$ are real molecules, and for the phosphine, hydrogen-bonding DOES not occur. And for the sulfide, hydrogen-bonding is only marginal. Phosphine is a room temperature gas, and hydrogen...

The stoichiometrically balanced equation tells us unequivocally that $1$ $mol$ dihydrogen reacts with $0.50$ $mol$ dioxygen to give $1$ $mol$ water. $"Moles of dihydrogen"$ $=$ $(58.1*g)/(2.02*g*mol)$ $=$ $28.7*mol$ $H_2$ $"Moles...

This shouldn't feel too complicated... We know: what the vapor pressure of water vapor plus hydrogen gas is. what the vapor pressure of just water vapor is. Hence,...

If you have ever travelled in North America during the winter months, you would have noticed trucks salting the roads during the early morning (i.e. actually spreading salt granules on...

The formulae for boiling point elevation is $color(blue)(|bar(ul(ΔT_"b" = K_"b"m)|)$ where $ΔT_"b"$ is the boiling point elevation $K_"b"$ is the boiling point elevation constant $m$...