Boltzmann distribution law
- noun
- /ˈboʊltsˌmæn dɪsˈtrɪbjuːʃən lɔː/
- Specialized
:
ley de distribución de Boltzmann
- The Boltzmann distribution law explains why most molecules in a gas have average energies rather than extremely high or low energies.
Examples
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According to the Boltzmann distribution law, higher energy states are less likely.
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In statistical mechanics, the Boltzmann distribution law is essential for describing particle energy probabilities.
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Students must understand the Boltzmann distribution law to solve problems related to heat and energy distribution in gases.
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The Boltzmann distribution law describes the probability of a gas molecule's energy.
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In statistical mechanics, the Boltzmann distribution law shows how energy levels are distributed among gas molecules in thermal equilibrium.
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To grasp thermodynamic principles, students must learn the Boltzmann distribution law, which explains energy distribution in gases.
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The Boltzmann distribution law illustrates that the likelihood of finding a gas molecule at high energy decreases as the energy increases.
Synonyms
A physics rule that shows how particles in a gas have different energies at the same temperature
Surface Forms
Morphology
Boltzmann + distribution + law
The phrase is compositionally transparent: 'distribution' + 'law' straightforwardly yields 'a law about a distribution', and 'Boltzmann' functions as an attributive proper name identifying which scientific law. Although the full technical content requires physics knowledge, a B1 learner who knows the constituent words can infer this refers to a scientific law describing a particular distribution (e.g., of energy).
Etymology
Boltzmann distribution law is named after the scientist Ludwig Boltzmann and gives a simple picture: imagine many people in a room where most move at an average speed and only a few move very fast. That image shows how the 'distribution' is about how 'energy' is shared among particles, so very high 'energies' are much less likely than low ones.
