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--- equations:continuity_equation [2018/04/19 10:11]
jakobadmin
+++ equations:continuity_equation [2018/05/13 09:19]
jakobadmin ↷ Links adapted because of a move operation
@@ Line 5: / Line 5: @@
 <tabbox Intuitive>
-The continuity equation states that the total $\color{blue}{\text{change of some quantity}}$ is equal to the $\color{red}{\text{amount that gets produced}}$ plus the amount that $\color{magenta}{\text{flows in minus the amount that flows out of the volume}}$.
+The continuity equation states that the total $\color{blue}{\text{change of some quantity}}$ is equal to the $\color{red}{\text{amount that gets produced}}$ minus the amount that $\color{magenta}{\text{flows out of the volume}}$.
 [{{ :equations:venturi.gif?nolink |Image by Thierry Dugnolle}}]
@@ Line 39: / Line 39: @@
 $$ \nabla \cdot  J  + \frac { \partial ( \nabla \cdot  D  ) } { \partial t } = 0.
 $$
-Finally, we use another [[equations:maxwell_equations|Maxwell equation]], namely [[equations:yang_mills_equations:gauss_law|Gauss law]],
+Finally, we use another [[equations:maxwell_equations|Maxwell equation]], namely [[formulas:yang_mills_equations:gauss_law|Gauss law]],
 $$\nabla \cdot  D  = \rho
  $$