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Structure of water and ice

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In its liquid form, the hydrogen bonds between water molecules continually form, break, and re-form, resulting in an ever-changing arrangement of molecules. At temperatures at or below its freezing point, water forms a crystalline matrix called ice. In this solid form, hydrogen bonds are more stable. Ice has a hexagonally shaped crystal structure. The greater space between H2O molecules in this crystal structure causes ice to have a lower density compared with water. For this reason, ice floats on water.
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Guest
10 years ago
Random fact : The molecular structure of the ice means that during melting, the bonds are broken when the specific latent heat of it is 340 000 J/kg
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