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- Homework Statement
- Calculate the distance between the nearest ions at which the two forms of the repulsive potential give equal lattice energies.
- Relevant Equations
- On the image
The distance between two ions refers to the measure of the space between the nuclei of two ions in a chemical compound.
The distance between two ions can be calculated using the formula d = (r1 + r2), where d is the distance between the ions and r1 and r2 are the ionic radii of the two ions.
The distance between two ions can be affected by the strength of the ionic bond, the size of the ions, and the presence of any other molecules or ions in the compound.
The distance between two ions is important in determining the stability and properties of a compound. It can also affect the reactivity and conductivity of the compound.
The distance between two ions can change in different chemical reactions depending on the types of ions involved and the reaction conditions. In some reactions, the distance may increase due to the formation of new bonds, while in others it may decrease due to the breaking of existing bonds.