diff --git a/src/pages/sta/hydrostatic_fluid_pressure.astro b/src/pages/sta/hydrostatic_fluid_pressure.astro
index 196252cc..163e0b53 100644
--- a/src/pages/sta/hydrostatic_fluid_pressure.astro
+++ b/src/pages/sta/hydrostatic_fluid_pressure.astro
@@ -136,7 +136,7 @@ Density of <InlineEquation equation=" \\text{water}  = 1000 \\ kg / m^3" />
 		<DisplayEquation equation=" \\begin{aligned}  F_V &amp;= W + F_{R1} \\\\ &amp;= \\frac{1}{4} \\rho \\pi \\ R^2 \\ t \\ g + \\rho \\ g \\ h_1 \\ t \\ R  = \\rho \\ t \\ g \\ R (\\frac{1}{4} \\pi \\ R +  h_1  \\\\   &amp;= 1000 \\ kg/m^3 \\ (2 \\ m) \\ (9.81 \\ m/s^2) \\ (3 \\ m) [ \\frac{1}{4} \\pi \\ (3 \\ m) + 1.5 \\ m ]  \\\\ &amp;= 58,860 \\ [3.856]  \\\\   &amp;= 227 \\ kN  \\end{aligned}" />
 	</li>
 	<li> Solve for <InlineEquation equation=" F_{R} " /> 
-		<DisplayEquation equation=" \\begin{aligned} F_R  &amp;= \\sqrt{{F_H}^2 + {F_V}^2}  \\\\  &amp;=  \\sqrt{{177 \\ kN}^2 + {227 \\ kN}^2}  \\\\  &amp;=  288 \\ kN  \\end{aligned}"  />  
+		<DisplayEquation equation=" \\begin{aligned} F_R  &amp;= \\sqrt{{F_H}^2 + {F_V}^2}  \\\\  &amp;=  \\sqrt{{(177 \\ kN)}^2 + {(227 \\ kN)}^2}  \\\\  &amp;=  288 \\ kN  \\end{aligned}"  />  
 	</li>
 </ol>