FormelDrude-Modell (Stromdichte, Stoßzeit, E-Feld) $$ j ~=~ \frac{n \, e^2 \, \tau}{m_{\text e}} \, E $$
FormelBoyle-Mariotte-Gesetz (Druck, Volumen) $$ \frac{\class{blue}{\mathit{\Pi}_1}}{\class{red}{\mathit{\Pi}_2}} ~=~ \frac{\class{red}{V_2}}{\class{blue}{V_1}} $$
FormelGay-Lussac-Gesetz (Temperatur, Volumen) $$ \frac{\class{blue}{V_1}}{\class{blue}{T_1}} ~=~ \frac{\class{red}{V_2}}{\class{red}{T_2}} $$
FormelAmontons-Gesetz (Druck, Temperatur) $$ \frac{\class{blue}{\mathit{\Pi}_1}}{\class{blue}{T_1}} ~=~ \frac{\class{red}{\mathit{\Pi}_2}}{\class{red}{T_2}} $$
FormelCarnot-Wirkungsgrad (mittels Temperatur) $$ \eta_{\text c} ~=~ 1 ~-~ \frac{ \class{blue}{T_{\text N}} }{ \class{red}{T_{\text H}} } $$
FormelAdiabatenexponent (Wärmekapazität) $$ \gamma ~=~ \frac{ c_{\small{\Pi}} }{ c_{\small{\text V}} } $$
FormelVan-der-Waals-Gleichung (Druck, Kovolumen, Kohäsionsparameter) $$ \mathit{\Pi} ~=~ \frac{n \, R \, T}{V ~-~ n \, V_{\text b}} ~-~ \frac{n^2 \, a}{V^2} $$
FormelIdeales Gas (Innere Energie, Freiheitsgrade, Temperatur) $$ U ~=~ \frac{f}{2} \, n \, R \, T $$
