An ionic compound is the electrostatic force of attraction between ions of opposite charges. By this I mean they contain a metal and a non-metal. They form a shape what chemists call a lattice.
How it effects its properties:
Well these are VERY strong bonds, have you tried melting salt? It would take well over 500 degrees!
The reason why the bonds are so strong, are due to the way the bonding works. Firstly, heat energy has the break all the bonds across the entire lattice. There are over billions to break!
These are polar ie: they can conduct electricity (due to electronegative differences between the delta plus of one element and the delta minus of another). But only when placed in water (dissolved) or molten. This is because the ions that were originally trapped in the lattice are now free to move.
Giant ionic lattice's strength depends on the following:
The charge on the ions ie: Higher charges are stronger than lower one.
The size of the ions, smaller ions in the compound compacts together much more and has stronger ionic bonds.
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crystal compounds
the properties of an ionic compound can be explained by ht e strong attractions among ions within a crystal lattice.
Potassium oxide (K2O) is an ionic compound, not a molecule, and does not have a Lewis structure.
There are distinct molecules in in substances that form an ionic compound, it is just that when they form an ionic compound (a crystal lattice structure) the pattern in the sturcture is the dominant feature rather than separate molecules.
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crystal lattice
crystal compounds
crystal lattice
the properties of an ionic compound can be explained by ht e strong attractions among ions within a crystal lattice.
the properties of an ionic compound can be explained by ht e strong attractions among ions within a crystal lattice.
Periodic table lists elements. Not properties. Brittle is a property (of metals).
Magnesium Nitrate is an Ionic Compound. The Mg 2+ ion is separated by two NO3 - ions in a ionic lattice. It is readily soluble in aqueous solutions. It also has a relatively high melting temperature. These properties support an ionic lattice structure.
Potassium oxide (K2O) is an ionic compound, not a molecule, and does not have a Lewis structure.
There are distinct molecules in in substances that form an ionic compound, it is just that when they form an ionic compound (a crystal lattice structure) the pattern in the sturcture is the dominant feature rather than separate molecules.
It is an ionic compound - arranged in a giant lattice structure.
Apparently this compound is not ionic in structure. The attached link refers to "cubic lattice containing two molecules of Mg3As2 in the unit cell."