## Boltzmann distribution function (Probability, Energy, Temperature)

` $$ P(W) ~=~ \mathrm{e}^{ -\frac{ W - \mu }{ k_{\text B} \, T}} $$ `

` $$ P(W) ~=~ \mathrm{e}^{ -\frac{ W - \mu }{ k_{\text B} \, T}} $$ `

` $$ F_{\text A} ~=~ \class{blue}{\rho} \, \class{red}{V} \, g $$ `