Maxwell Boltzmann

Maxwell-Boltzmann statistics describe how particles in a gas distribute themselves among different energy levels. It explains that, at a given temperature, some particles have high energy, while most have lower energy. This distribution influences properties like temperature, pressure, and volume. In essence, the theory helps us understand how microscopic particle behavior relates to macroscopic physical properties. It’s foundational in statistical mechanics, bridging the gap between individual particle dynamics and large-scale observations in thermodynamics.