Solidity: Illusory Nature of Electron Bonding

In summary, solidity is a result of electrons repelling each other, while liquids have weaker bonds between atoms which allow them to flow. This is relevant to the internal structure of solids and liquids, with most metals having a rigid crystalline structure. While some may consider solidity to be an illusion, it is a well-defined phase with distinct properties, unlike liquids which are able to flow due to weaker intermolecular bonding.
  • #1
TheoryMan
6
0
Solidity is an illusion made by electrons repelling each other. A liquid, however doesn't have bonds between its atoms as strong as a solid does, hence the ability to flow.
 
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  • #2
Theory Man,u're worthy of Theory Development subforum. :approve: It's basically made for people like u... :smile:

Daniel.

PS.Do you know the internal structure of solids and liquids??
 
  • #3
Depends on the substance.
Most metals, for example have a rigid crystalline structure.
 
  • #4
TheoryMan said:
Solidity is an illusion made by electrons repelling each other. A liquid, however doesn't have bonds between its atoms as strong as a solid does, hence the ability to flow.

Except for the unnecessary use of the word "illusion", you're not saying anything new here. Yes, interactions between electrons are responsible for properties of solids. Yes, weak intermolecular bonding between molecules of a liquid is responsible for its ability to flow.

However, the solid and liquid phases are well defined in most systems, and the phase transition between these phases (and the atetndant change in enthalpy) are hardly illusions !
 

1. What is Solidity and why is it important in electron bonding?

Solidity refers to the stability and strength of a bond between two atoms in a molecule. It is important in electron bonding because it determines the overall strength of the molecule and its physical properties.

2. How does Solidity play a role in determining the properties of a substance?

Solidity is a critical factor in determining the properties of a substance. The strength of the bond between atoms affects the melting point, boiling point, and other physical properties of a substance. A stronger bond results in a higher melting point and greater stability.

3. What factors influence the Solidity of electron bonds?

The Solidity of electron bonds is influenced by several factors, including the types of atoms involved, the number of shared electrons, and the distance between the atoms. The electronegativity of the atoms and the presence of any polar bonds also play a role in determining the Solidity of the bond.

4. Can the Solidity of a bond change?

Yes, the Solidity of a bond can change. This can occur through chemical reactions or physical changes such as heating or cooling. The type of bond, as well as the surrounding environment, can also affect the Solidity of a bond.

5. What is the significance of understanding the Illusory Nature of Electron Bonding?

Understanding the Illusory Nature of Electron Bonding can help scientists predict the properties of molecules and design new compounds with specific properties. It also helps explain the behavior of substances under different conditions and provides a deeper understanding of the fundamental principles of chemistry.

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