This paper went on to say that stars appeared to obey a Maxwellian distribution, implying equipartition of energy, i . e ., the less massive ones moved more rapidly than the massive ones.
2.
Planck believed that a field with no interactions neither obeys nor violates the classical principle of equipartition of energy, and instead remains exactly as it was when introduced, rather than evolving into a black body field.
3.
And since equipartition of energy applies, the kinetic energy of the Brownian particle, MU ^ 2 / 2, will be equal, on the average, to the kinetic energy of the surrounding fluid particle, mu ^ 2 / 2.
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