The strength of the bond between ions in an ionic compound is directly related to its melting point. The stronger the bond, the higher the melting point will be.
The charge and size of the ions play a significant role in determining the melting point of an ionic compound. Compounds with ions that have higher charges and smaller sizes tend to have higher melting points.
Yes, the arrangement of ions in a crystal lattice can also impact the melting point of an ionic compound. A more tightly packed crystal lattice will have a higher melting point compared to a less tightly packed lattice.
Intermolecular forces, such as dipole-dipole interactions and London dispersion forces, are weaker in ionic compounds compared to covalent compounds. Therefore, they have less of an impact on the melting point of an ionic compound.
The size and shape of the ions, as well as any external pressure or impurities, can also affect the melting point of an ionic compound. In addition, the presence of any covalent bonds within the compound can also impact the melting point.