Examples of using Atomic radius in English and their translations into Indonesian
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Colloquial
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Ecclesiastic
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Ecclesiastic
the unit cell of nickel is a face-centered cube with the lattice parameter of 0.352 nm, giving an atomic radius of 0.124 nm.
thus the contraction of the 8s orbital cause its atomic radius to be lowered to 240 pm,
Atomic radii vary in a predictable and explainable manner across the periodic table.
Atoms with relatively large atomic radii tend to be better reductants.
On moving from left to right, atomic radii decreases.
From top to bottom in a group, the atomic radii of the elements increase.
The ionic radii of the alkali metals are much smaller than their atomic radii.
From top to bottom in a group, the atomic radii of the elements increase.
Why do heavier isotopes of the same element have smaller atomic radii than lighter isotopes of the same element?
The following table shows atomic radii computed from theoretical models,
The mantle is mostly made up of high density minerals with higher concentrations of elements that have relatively small atomic radii such as magnesium(Mg), titanium(Ti), and calcium Ca.
Due to their similar atomic radii, rubidium and caesium in the body mimic potassium
Thus, the trend for the densities of the alkali metals depends on their atomic weights and atomic radii;
However, atomic radii tend to increase diagonally, since the number
electron affinity, atomic radii, ionic radius,
In any given period of the periodic table, the atomic radii of the alkali metals is the largest, and the atomic radius increases as one moves down the group.
Lithium and magnesium have a diagonal relationship due to their similar atomic radii, so that they show some similarities.
The elements immediately following the lanthanides have atomic radii which are smaller than would be expected and which are almost identical to the atomic radii of the elements immediately above them.
Atomic radii of the elements Born equation Covalent radius Ionic potential Ionic radius ratio Electride Pauling's rules Stokes radius On the basis of conventional ionic radii,
Thus, the trend for the densities of the alkali metals depends on their atomic weights and atomic radii; if figures for these two factors are known,
