Science, asked by lalitkumar6483, 1 year ago

In ice what holds H2O molecules together?

Answers

Answered by thunderstrom28
0
in ice, each molecule of hydrogen is bonded with other four molecules and so is oxygen. this might be the reason
Answered by syedtahir20
0

Answer:

In Ice Hydrogen bond holds   H_{2}Omolecule together.

Explanation:

As per the data given in the question we have to calculate what bond holds  H_{2}O molecule together.

Data is given as Ice.

My first thought for both is dipole-dipole, with hydrogen bonds (a special case of dipole-dipole) for the water.

The main force holding ice together are the hydrogen bonds between the lone pairs of electrons on the oxygen of one water molecule and the hydrogen of another water molecule. For dry ice, I believe the main force in just Van der Waals force. This is a much weaker intermolecular interaction than hydrogen bonding, resulting in dry ice having a much lower freezing temperature and it’s ability's to sublimate.

The interaction between the bonds that hold the atoms in the water molecule together and the much weaker bonds, known as hydrogen bonds, that are the glue holding groups of water molecules together.

Hence, In Ice Hydrogen bond holds   H_{2}Omolecule together.

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