What Does kT/hc Signify in Derivations?

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kT/hc signifies a measure of energy at a specific temperature, expressed in cm^-1. This term is commonly encountered in thermodynamic and statistical mechanics contexts. It helps relate thermal energy to other physical quantities in derivations. Understanding kT/hc is crucial for grasping concepts in energy distribution at various temperatures. This clarification enhances comprehension of related derivations in physics.
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Homework Statement
Like the title- what's kT/hc?
Relevant Equations
kT/hc= 207.224cm^-1 (for example)
My lecturer was going through a derivation, and I'm a bit stumped as to what kT/hc actually signifies. Like what is it...
 
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Is it a measure of energy in cm^-1?
 
Yes, basically. To be exact, it’s a measure of energy at a specific (experimentally relevant) temperature.
 
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TeethWhitener said:
Yes, basically. To be exact, it’s a measure of energy at a specific (experimentally relevant) temperature.

Thanks, that cleared that up!
 
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