Elements with small molar volumes and strong interatomic forces usually have high bulk moduli.
2.
The atoms and ions of a crystalline lattice, which are bonded with each other with considerable interatomic forces, are not motionless.
3.
A yardstick wouldn't expand even if it were on intergalactic space because it is an object bound by interatomic forces which govern it's size.
4.
:: : I guess, as per the ionisation energy trend, that the interatomic forces holding the metallic lattices together get weaker going down the group.
5.
The noble gases have weak interatomic force, and consequently have very low standard conditions, including the elements with larger atomic masses than many normally solid elements.
6.
Because of the very weak interatomic forces in helium, this element would remain a liquid at atmospheric pressure all the way from its liquefaction point down to absolute zero.
7.
The interatomic forces between these monoatomic gases lead to pair-bonding, but you want to calculate how the interatomic forces lead to the formation of liquids and solids while somehow preventing pair-bonding.
8.
The interatomic forces between these monoatomic gases lead to pair-bonding, but you want to calculate how the interatomic forces lead to the formation of liquids and solids while somehow preventing pair-bonding.
9.
Now there are techniques to increase the density of atoms, you can reach regimes where the mean distance between atoms is smaller than the atom wavelength but larger than the range of the interatomic force.
10.
This results in systematic group trends : as one goes down group 18, the atomic radius, and with it the interatomic forces, increases, resulting in an increasing melting point, boiling point, enthalpy of vaporization, and solubility.
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