master > master: SKA4-11 kleinere Diagramme
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							@ -3211,18 +3211,18 @@ Seien $X$, $Y$ nicht leere Mengen und ${f:X\to Y}$ eine Funktion.
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                \hraum
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                {\footnotesize
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                \begin{tikzpicture}[node distance=1.5cm, thick]
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                    \pgfmathsetmacro\habst{3}
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                    \pgfmathsetmacro\vabst{2}
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                \begin{tikzpicture}[node distance=1cm, thick]
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                    \pgfmathsetmacro\habst{1.5}
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                    \pgfmathsetmacro\vabst{1}
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                    \node[label=below:{$X$}]       (Set1)  at (0*\habst,0*\vabst)  {$\bullet$};
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                    \node[label=left:{$\{a,b\}$}] (SetAB) at (-1*\habst,1*\vabst) {$\bullet$};
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                    \node[label=above:{$\{a,c\}$}] (SetAC) at (0*\habst,1*\vabst)  {$\bullet$};
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                    \node[label=right:{$\{b,c\}$}] (SetBC) at (1*\habst,1*\vabst)  {$\bullet$};
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                    \node[label=left:{$\{a\}$}]   (SetA)  at (-1*\habst,2*\vabst) {$\bullet$};
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                    \node[label=below:{$\{b\}$}]   (SetB)  at (0*\habst,2*\vabst)  {$\bullet$};
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                    \node[label=right:{$\{c\}$}]   (SetC)  at (1*\habst,2*\vabst)  {$\bullet$};
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                    \node[label=above:{$\leer$}]   (Set0)  at (0*\habst,3*\vabst)  {$\bullet$};
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                    \node (Set1)  at (0*\habst,0*\vabst)  {$X$};
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                    \node (SetAB) at (-1*\habst,1*\vabst) {$\{a,b\}$};
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                    \node (SetAC) at (0*\habst,1*\vabst)  {$\{a,c\}$};
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                    \node (SetBC) at (1*\habst,1*\vabst)  {$\{b,c\}$};
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                    \node (SetA)  at (-1*\habst,2*\vabst) {$\{a\}$};
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                    \node (SetB)  at (0*\habst,2*\vabst)  {$\{b\}$};
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                    \node (SetC)  at (1*\habst,2*\vabst)  {$\{c\}$};
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                    \node (Set0)  at (0*\habst,3*\vabst)  {$\leer$};
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                    \draw (Set1)  edge [->] (SetAB);
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                    \draw (Set1)  edge [->] (SetAC);
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@ -3308,18 +3308,18 @@ Seien $X$, $Y$ nicht leere Mengen und ${f:X\to Y}$ eine Funktion.
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        \hraum
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        {\footnotesize
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        \begin{tikzpicture}[node distance=1.5cm, thick]
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            \pgfmathsetmacro\habst{3}
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            \pgfmathsetmacro\vabst{2}
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        \begin{tikzpicture}[node distance=1cm, thick]
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            \pgfmathsetmacro\habst{1.5}
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            \pgfmathsetmacro\vabst{1}
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            \node[label=above:{$C$}]       (Set1)  at (0*\habst,3*\vabst)  {$\bullet$};
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            \node[label=left:{$\{a,b\}$}] (SetAB) at (-1*\habst,2*\vabst) {$\bullet$};
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            \node[label=below:{$\{a,c\}$}] (SetAC) at (0*\habst,2*\vabst)  {$\bullet$};
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            \node[label=right:{$\{b,c\}$}] (SetBC) at (1*\habst,2*\vabst)  {$\bullet$};
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            \node[label=left:{$\{a\}$}]   (SetA)  at (-1*\habst,1*\vabst) {$\bullet$};
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            \node[label=above:{$\{b\}$}]   (SetB)  at (0*\habst,1*\vabst)  {$\bullet$};
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            \node[label=right:{$\{c\}$}]   (SetC)  at (1*\habst,1*\vabst)  {$\bullet$};
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            \node[label=below:{$\leer$}]   (Set0)  at (0*\habst,0*\vabst)  {$\bullet$};
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            \node (Set1)  at (0*\habst,3*\vabst)  {$C$};
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            \node (SetAB) at (-1*\habst,2*\vabst) {$\{a,b\}$};
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            \node (SetAC) at (0*\habst,2*\vabst)  {$\{a,c\}$};
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            \node (SetBC) at (1*\habst,2*\vabst)  {$\{b,c\}$};
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            \node (SetA)  at (-1*\habst,1*\vabst) {$\{a\}$};
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            \node (SetB)  at (0*\habst,1*\vabst)  {$\{b\}$};
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            \node (SetC)  at (1*\habst,1*\vabst)  {$\{c\}$};
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            \node (Set0)  at (0*\habst,0*\vabst)  {$\leer$};
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            \draw (Set0)  edge [->] (SetA);
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            \draw (Set0)  edge [->] (SetB);
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@ -3340,17 +3340,17 @@ Seien $X$, $Y$ nicht leere Mengen und ${f:X\to Y}$ eine Funktion.
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        \hraum
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        {\footnotesize
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        \begin{tikzpicture}[node distance=1.5cm, thick]
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            \pgfmathsetmacro\habst{3}
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            \pgfmathsetmacro\vabst{2}
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        \begin{tikzpicture}[node distance=1cm, thick]
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            \pgfmathsetmacro\habst{1.5}
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            \pgfmathsetmacro\vabst{1}
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            \node[label=above:{$C$}]       (Set1)  at (0*\habst,3*\vabst)  {$\bullet$};
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            \node[label=left:{$\{a,b\}$}] (SetAB) at (-1*\habst,2*\vabst) {$\bullet$};
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            \node[label=below:{$\{a,c\}$}] (SetAC) at (0*\habst,2*\vabst)  {$\bullet$};
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            \node[label=right:{$\{b,c\}$}] (SetBC) at (1*\habst,2*\vabst)  {$\bullet$};
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            \node[label=left:{$\{a\}$}]   (SetA)  at (-1*\habst,1*\vabst) {$\bullet$};
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            \node[label=above:{$\{b\}$}]   (SetB)  at (0*\habst,1*\vabst)  {$\bullet$};
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            \node[label=right:{$\{c\}$}]   (SetC)  at (1*\habst,1*\vabst)  {$\bullet$};
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            \node (Set1)  at (0*\habst,3*\vabst)  {$C$};
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            \node (SetAB) at (-1*\habst,2*\vabst) {$\{a,b\}$};
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            \node (SetAC) at (0*\habst,2*\vabst)  {$\{a,c\}$};
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            \node (SetBC) at (1*\habst,2*\vabst)  {$\{b,c\}$};
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            \node (SetA)  at (-1*\habst,1*\vabst) {$\{a\}$};
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            \node (SetB)  at (0*\habst,1*\vabst)  {$\{b\}$};
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            \node (SetC)  at (1*\habst,1*\vabst)  {$\{c\}$};
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            \draw (SetA) edge [->] (SetAB);
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            \draw (SetA) edge [->] (SetAC);
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