Students will be able to explain, on the molecular level, why water can dissolve salt. Students will be able to identify the variables in their experiment. Students will also be able to explain why a ...

One had a crystal structure of two sodium chloride molecules for every 17 water molecules. That one formed at a temperature of about minus 100 degrees Fahrenheit and a pressure of 5,000 times the ...

The structure on the right has one sodium chloride molecule for every 13 water molecules, and is stable only at high pressure. Credit Baptiste Journaux/University of Washington ...

The most familiar chloride salt is sodium chloride, or common table salt. Other chloride salts are potassium chloride, ... who confirmed the molecule's structure using x-ray crystallography. ...

In a simulation using atomic force microscopy, four water molecules bond with a sodium ion one by one (A to D). A fifth water molecule (white spot at lower left) bonds with the hydrated sodium ion.

The structure on the right has one sodium chloride molecule for every 13 water molecules, and is stable only at high pressure. view more Credit: Baptiste Journaux/University of Washington ...

Revise OCR GCSE Chemistry topics including non-metals and ionic compound properties with this BBC Bitesize GCSE Chemistry (OCR 21C) study guide.