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| Example of a piece of Solid Argon completely held together by atomic bonds. Source |
Atomic Solids are structures consisting of individual atoms which are held together by London Dispersion Forces.
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| London Dispersion Forces are temporary dipoles created by the uneven distribution of electrons across the atom (as shown in the diagram above). As atoms get larger, they need more electrons to remain electrically neutral and therefore this effect becomes stronger. This will sometimes allow the formation of atomic solids based completely on this principle (as with argon above). Source |
They tend to have very low melting points because of the weak LDF forces as opposed to
Covalent Network Solids which are some of the strongest compounds on earth. Atomic bonds are usually found in combination with metallic bonds and help to reinforce the structures of metals and crystals.
Atomic solids are fascinating as their tightly packed atoms create unique physical properties like hardness and strength. Understanding them requires patience and detail, similar to how students use CIPD Assignment Writing Services for structured academic support. Both demand precision, clarity, and focus to achieve long-lasting, reliable outcomes in learning.
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