- #1
persia77
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do each point in solid have a special energy state?
Do each point in solid have a special energy state?
In summary, the conversation is discussing energy states and their relationship to specific points or locations. The participants are seeking clarification and may need a specific example, such as the energy band vs location diagram on the web page for the horizon axe, to fully understand the concept.
- #2
Drakkith
Mentor
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Can you elaborate more on what you're asking?
- #3
jtbell
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I agree. I have no idea what you are asking about.
- #4
persia77
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if you see energy band vs location diagram you find a energy state for each point or location
is it correct?
is it correct?
- #5
jtbell
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persia77 said:
Can you give a specific example, including the web page that it's located on? Then we can see exactly what you're looking at.
- #6
1. What is an energy state in a solid?
Energy state in a solid refers to the amount of energy that an electron in the solid has. It is determined by its position and motion within the solid's atomic structure.
2. How do energy states affect the properties of a solid?
The number and distribution of energy states in a solid determines its electronic and magnetic properties, such as conductivity, magnetism, and thermal expansion.
3. Are all energy states in a solid occupied?
No, not all energy states in a solid are occupied. According to the Pauli exclusion principle, no two electrons can occupy the same energy state, so some energy states will remain unoccupied.
4. Can energy states in a solid change?
Yes, energy states in a solid can change. This can occur when the solid is subjected to external forces, such as temperature or pressure, which can cause the electrons to jump to different energy states.
5. How does the concept of energy states in a solid relate to band theory?
Band theory is a model that describes the distribution of energy states in a solid. It explains how energy states combine to form energy bands, which determine the electrical and thermal conductivity of the solid.
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