update zkEVM - fix equation rendering

Author: EmpieichO

docs/zkEVM/architecture/effective-gas/tx-prioritization-egp.md

@@ -37,22 +37,22 @@ The deviation percentage is compared to a parameter called $\texttt{FinalDeviati
 This presents 2 scenarios and their corresponding consequences:
 
 1. If the percentage deviation is higher than the fixed deviation parameter,
-   
-   $$
-   \frac{|\texttt{NEGP} − \texttt{EEGP}|}{\texttt{EEGP}} \cdot 100 < \texttt{FinalDeviationParameter} = 10,
-   $$
-   
-   it indicates that there is minimal distinction between charging the user with $\texttt{NEGP}$ compared to $\texttt{EEGP}$.
-   
-   Despite potential losses to the network, the user gets charged the $\texttt{EEGP}$ amount as the gas price. 
+    
+    $$
+    \frac{|\texttt{NEGP} − \texttt{EEGP}|}{\texttt{EEGP}} \cdot 100 < \texttt{FinalDeviationParameter} = 10,
+    $$
+
+    it indicates that there is minimal distinction between charging the user with $\texttt{NEGP}$ compared to $\texttt{EEGP}$.
+
+    Despite potential losses to the network, the user gets charged the $\texttt{EEGP}$ amount as the gas price.
 
 2. On the contrary, if the percentage deviation equals or exceeds the deviation parameter,
-   
-   $$
-   \frac{|\texttt{NEGP} − \texttt{EEGP}|}{\texttt{EEGP}} \cdot 100 ≥ \texttt{FinalDeviationParameter}  = 10,
-   $$
-   
-   the difference between executions can be so big it warrants adjustment of the gas price to be $\texttt{NEGP}$​, and thus mitigate for potential losses to the network.
+    
+    $$
+    \frac{|\texttt{NEGP} − \texttt{EEGP}|}{\texttt{EEGP}} \cdot 100 ≥ \texttt{FinalDeviationParameter}  = 10,
+    $$
+
+    the difference between executions can be so big it warrants adjustment of the gas price to be $\texttt{NEGP}$​, and thus mitigate for potential losses to the network.
 
 ### Effective percentage