Potential energy in solids,liquids and gases

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Homework Help Overview

The discussion revolves around the nature of potential energy between atoms in different states of matter—solids, liquids, and gases. The original poster is confused about whether this potential energy is elastic or electrical, referencing various sources that provide differing perspectives on the topic.

Discussion Character

  • Conceptual clarification, Assumption checking

Approaches and Questions Raised

  • Participants explore the definitions and implications of elastic and electrical potential energy, questioning how intermolecular forces relate to these types of potential energy. There is also a discussion about the role of electrons and their interactions at the atomic level.

Discussion Status

The discussion is ongoing, with participants sharing their thoughts and questioning each other's assumptions. Some guidance has been offered regarding the nature of potential energy, but no consensus has been reached on the definitions or mechanisms involved.

Contextual Notes

There is a noted confusion regarding the relationship between kinetic energy and potential energy in the context of atomic interactions, as well as a lack of clarity on the definitions of elastic and electrical potential energy.

Janiceleong26
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Homework Statement


Is the potential energy between atoms in solids, liquids and gases, elastic or electrical? I've read in some sources that for solids, p.e. > k.e. because it has the strongest intermolecular forces among the three states of matter. So I'm assuming it is elastic potential energy as it involves inter-atomic forces.
But some other sources states that if we heat a stone, it gains both kinetic and electrical potential energy. So is it elastic or electrical?
I'm really confused. Hope to clear this doubt soon .. Thanks in advance !
 
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I won't pretend to be educated in molecular theory but it seems reasonable to imagine that electrons are bound to atoms in a gravitational/magnetic field. This could imply that potential energy is electrical in nature and that even elastic potential would be a result of that reaction at the atomic level.
 
Wee-Lamm said:
I won't pretend to be educated in molecular theory but it seems reasonable to imagine that electrons are bound to atoms in a gravitational/magnetic field. This could imply that potential energy is electrical in nature and that even elastic potential would be a result of that reaction at the atomic level.
How does elastic potential be of a result of that reaction at the atomic level?
To clarify, intermolecular force results in electrical or elastic potential energy?
 
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I would suspect that elastic properties would be the result of the desire for electrons to wish to be attached to neighboring atoms or at least, to resist the urge to jump to neighboring atoms when it is more efficient not to.

Again, I am not a molecular science guru but elastic energy is the response to being stretched in that it is the equal and opposite force striving to return to equilibrium, unless there is a better definition of the mechanism that creates this potential energy?

I'm not clear on how Kinetic energy would relate to your question.
 
Wee-Lamm said:
I would suspect that elastic properties would be the result of the desire for electrons to wish to be attached to neighboring atoms or at least, to resist the urge to jump to neighboring atoms when it is more efficient not to.

Again, I am not a molecular science guru but elastic energy is the response to being stretched in that it is the equal and opposite force striving to return to equilibrium, unless there is a better definition of the mechanism that creates this potential energy?

I'm not clear on how Kinetic energy would relate to your question.
Oh I see
Ok thanks for your help.
 

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