diff --git a/report/src/report.tex b/report/src/report.tex
index fc8705d7b6ba62b12508073e45270533d4f182e6..7b122551f5dd4677894d9af3c2c6828c8f4de799 100644
--- a/report/src/report.tex
+++ b/report/src/report.tex
@@ -104,7 +104,7 @@ So ``eins'' for \(d=1\),  ``zwei'' for \(d=2\), and so on.
 Then for a few special cases we needed to create the function
 sayPreNumber(\(n\)) that only says ``ein'' instead of ``eins'' for \(n=1\) and just calls our normal sayNumber(\(n\)) function otherwise.
 This is necessary for cases like \(n=31\) which is read as ``EINunddreißig'' instead of ``EINSunddreißig''.
-Another special fucntion is sayAftNumber(\(n\)) which only our normal sayNumber(\(\n\)) function if \(n\ne 0\).
+Another special fucntion is sayAftNumber(\(n\)) which only our normal sayNumber(\(n\)) function if \(n \ne 0\).
 It is necessary for numbers like 100, 200, 300, \dots,
 as we want to say ``zweihundert'' for \(n=200\) and not ``zweihundertnull''.
 \begin{algorithm}
@@ -143,15 +143,16 @@ as we want to say ``zweihundert'' for \(n=200\) and not ``zweihundertnull''.
 			\ElsIf{\(\text{tens}=2\)}
 				\State say(zwanzig)
 			\ElsIf{\(\hdots\)}
-			\State \(\vdots\)
+				\State \(\vdots\)
 			\EndIf
 		\EndIf
 	\Else
 	\Comment{3-digit number}
 		\State hundreds \(\gets \lfloor n / 100 \rfloor\)
 		\State sayPreNumber(hundreds)
-		\State sayAftNumber(\(n - 100 \times \text{hundreds}\)
+		\State sayAftNumber(\(n - 100 \times \text{hundreds}\))
 	\EndIf
+\EndFunction
 \end{algorithmic}
 \end{algorithm}
 Finally our main function sayNumber(\(n\)) goes thorugh all the possible cases.