This is a lemma about function spaces. I'm not really understanding it however. Can someone try explaining it to me?
Lemma: let $X$ be in |SET| $(Y, d)$ in |MET|, $f_n$, $f$ is in $Y^X$. Then $f_n\to f$ if and only if $f_n \to f$ uniformly.
This is a lemma about function spaces. I'm not really understanding it however. Can someone try explaining it to me?
Lemma: let $X$ be in |SET| $(Y, d)$ in |MET|, $f_n$, $f$ is in $Y^X$. Then $f_n\to f$ if and only if $f_n \to f$ uniformly.
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