Question

The particles are not obeying Maxwell Boltzmann statistics are

Answer 1

Answer:

However, today fermions are said to obey Fermi–Dirac statistics and bosons are said to obey Bose–Einstein statistics; no particles are said to obey Maxwell–Boltzmann statistics except at limits.

Explanation:

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Answer 2

The particles that are not obeying Maxwell Boltzmann statistics are non-identical hence, distinguishable particles.

• The Maxwell Boltzmann statistics are followed by all identical but distinct classical particles, such as atoms and molecules.
• This is best illustrated by the case of particle photons.
• Since photons are indistinguishable particles, they do not follow this statistical law.
• The distribution of the particles of classical materials across different energy states in thermal equilibrium is provided by the Maxwell-Boltzmann statistics.
• For an ideal gas, the Maxwell-Boltzmann statistics work well.
• All phases of matter are covered by the statistics.
• The number of particles that can occupy a particular state is unrestricted, in accordance with the core assumptions of these statistics.

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