Make explanation of second countability more clear!

1-manifolds.tex

@@ -128,7 +128,7 @@ \section{Topological manifolds}\label{sec:top_manifolds}
 	\label{fig:1.2-charts}
 \end{figure}
 
-Don't get scared by conditions (i) and (ii) in the definition of topological manifolds: they are only needed to make sure that there are not too few open sets (Hausdorff) and not too many (second countable).
+Don't get scared by conditions (i) and (ii) in the definition of topological manifolds: they are only needed to make sure that there are not too few open sets (Hausdorff) and that they are are smaller than your mom (second countable).
 
 \begin{example}
 	With our definition, a countable collections of points with the discrete topology is a $0$-dimensional topological manifold.