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Problem 51: (Accumulation Points Are The Same As Limit Points)
Let $S$ be a set. Prove that $a$ is an accumulation point of $S$ if and only if $a$ is a limit point of $S$. In other words, prove both of the following:
- If $a$ is an accumulation point of $S$, then $a$ is a limit point of $S$.
- If $a$ is a limit point of $S$, then $a$ is an accumulation point of $S$.
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