The Maxwell-Boltzmann distribution gives the range of speeds a gas's molecules actually have at a given temperature, rather than treating them as moving uniformly: most molecules cluster around a typical speed, with a long tail moving faster or slower, and the distribution's shape shifts predictably as temperature rises. James Clerk Maxwell formulated the underlying kinetic theory around 1866, independently of Ludwig Boltzmann, who derived the distribution rigorously in 1871 and generalized the statistical treatment considerably further over the following decades; the result is credited to both names jointly rather than to either alone.
Facts
Proposed YearMaxwell's own formulation of the underlying kinetic theory, per MacTutor. Proposed YearBoltzmann's own rigorous derivation of the distribution, per MacTutor. Connections
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Source Maxwell-Boltzmann distribution (Wikipedia)
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Maxwell formulated the underlying kinetic theory around 1866, independently of Boltzmann's later rigorous derivation.
Source James Clerk Maxwell (MacTutor)
Boltzmann derived the distribution rigorously in 1871, independently of Maxwell's earlier formulation, and the result is credited to both names jointly.
Source Ludwig Boltzmann (MacTutor)
Studied In
Source Sadi Carnot (Britannica)
Sources
1. James Clerk Maxwell (MacTutor)
MacTutor History of Mathematics, University of St Andrews
2. Ludwig Boltzmann (MacTutor)
MacTutor History of Mathematics, University of St Andrews
Sadi Carnot (Britannica)
Maxwell-Boltzmann distribution (Wikipedia)
Belongs To: Physics, Lead paragraphQuote, Belongs To: Physics, Lead paragraph
In physics (in particular in statistical mechanics), the Maxwell-Boltzmann distribution, or Maxwell(ian) distribution, is a particular probability distribution named after James Clerk Maxwell and Ludwig Boltzmann.
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