Why does water have such a high boiling point compared to similar molecules?

Water molecules in liquid state have the ability to form hydrogen bonds with each other. These hydrogen bonds are some of the strongest of all intermolecular forces, so a large amount of energy is needed to break these interactions − this is the main reason why water has such a high relative boiling point.

Why does water have high melting and boiling points?

hydrogen bonding is the strongest intermolecular force, each water molecule can form hydrogen bonding, Which makes to separate one water molecule from other water molecule very difficult. Thus water has high MP and BP.

Why water has a high melting point?

H2O has very strong intermolecular forces due to the hydrogen bonds that a formed within the compound. Usually this would mean the compound has a very high melting point as a large amount of heat energy is required to overcome the forces, however H2O has a melting point of only O degrees.

Why does water have a high boiling and a high melting point as compared to h2s?

Complete answer: Water shows higher boiling point as compared to hydrogen sulphide due to the presence of hydrogen bonding between \[O\] and \[H\] in water molecules due to high electronegativity and small size of oxygen atom.

Why does water have a higher melting point than h2se?

Since water requires more energy to melt, this is why it has a higher melting point than hydrogen sulfide. And thus hydrogen sulfide isn’t as polar such that it requires a lower temperature! Because water exhibits a GREATER degree of intermolecular force….

Why are water molecules attracted to each other?

The oxygen-hydrogen (O–H) bonds in water make it a polar molecule. That means the water molecule has an area of positive charge and an area of negative charge. This polarity makes water molecules attracted to each other.