Add some answers

Lab04/documentation/part5/part5.tex

@@ -29,19 +29,31 @@ g = 9, x = 2, y = 3, n = 227 (prime3)
     k = k_{1} = k_{2} = 34\ (private)
 \end{align}
 
+\newpage
+
 \subsection{Fragen und Antworten}
 
 1. What attack is the Diffie-Hellman key exchange vulnerable to?
 
-- Man in the Middle
+\begin{list}{-}{}
+    \item Man in the Middle
+\end{list}
 
 2. What measures can be taken to prevent this type of attack?
 
-- Encryption, Authentication over QR code or 2Factor-Authentication
+\begin{list}{-}{}
+    \item Encrypting exchange (VPN)
+    \item Signature verification
+    \item Combine with RSA/AES
+    \item Authentication at Server-Level over QR code or 2Factor-Authentication
+\end{list}
 
 3. For the Diffie-Hellman, a generator g is used. Explain what a generator is and how can it be found
 
-- A generator is a number that will be the base of the calculation and is shared between the 2 parties. G is a small prime number.
+\begin{list}{-}{}
+    \item A generator is a number that will be the base of the calculation and is shared between the 2 parties
+    \item G is a small prime number.
+\end{list}
 
 \begin{align}
     g^{a}\ (mod\ n) \neq g^{b}\ (mod\ n) \\