Update FiniteVolume.rst.txt

src/coreComponents/finiteVolume/docs/FiniteVolume.rst.txt

@@ -22,12 +22,12 @@ The fluid density, :math:`\rho^{upw}`, and the fluid viscosity, :math:`\mu^{upw}
 
 For :ref:`CompositionalMultiphaseFlow` there are different options how :math:`\rho^{avg}` can be computed, which are controlled by `gravityDensityScheme` parameter:
 
-#. `ArithmeticAverage`: :math:`\rho^{avg}` is computed using simple arithmetic average: math:`\rho^{avg} = 0.5 \cdot (rho_K + rho_L)`, where :math:`rho_K` and :math:`rho_K` are densities in the two cells.
+#. `ArithmeticAverage`: :math:`\rho^{avg}` is computed using simple arithmetic average: :math:`\rho^{avg} = 0.5 \cdot (rho_K + rho_L)`, where :math:`rho_K` and :math:`rho_K` are densities in the two cells.
 
 #. `PhasePresence`: average phase density is computed using checking for phase presence:
-   * math:`\rho^{avg} = 0.5 \cdot (rho_K + rho_L)` if phase is present in both cells :math:`K` and :math:`L`
-   * math:`\rho^{avg} = rho_K` if phase is present only in cell :math:`K`
-   * math:`\rho^{avg} = rho_L` if phase is present only in cell :math:`L`
+    * :math:`\rho^{avg} = 0.5 \cdot (rho_K + rho_L)` if phase is present in both cells :math:`K` and :math:`L`
+    * :math:`\rho^{avg} = rho_K` if phase is present only in cell :math:`K`
+    * :math:`\rho^{avg} = rho_L` if phase is present only in cell :math:`L`
 
 Hybrid FVM
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