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Oopsies daisies.

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Bokuan Li
2026-09-24 10:54:26 -04:00
parent 03e0118d53
commit a471de2b23
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src/fa/lc/convex.tex
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@@ -159,7 +159,7 @@
\item For any $x \in E$ and $\lambda \ge 0$, $[\lambda x]_A = \lambda [x]_A$. \item For any $x \in E$ and $\lambda \ge 0$, $[\lambda x]_A = \lambda [x]_A$.
\item If $A$ is convex, then for any $x, y \in E$, $[x + y]_A \le [x]_A + [y]_A$. \item If $A$ is convex, then for any $x, y \in E$, $[x + y]_A \le [x]_A + [y]_A$.
\item If $A$ is circled, then for any $x \in E$ and $\lambda \in K$, $[\lambda x]_A = \abs{\lambda}[x]_A$. \item If $A$ is circled, then for any $x \in E$ and $\lambda \in K$, $[\lambda x]_A = \abs{\lambda}[x]_A$.
\item If $A$ is circled, then $\bracs{\rho < 1} \subseteq A \subseteq \bracs{\rho \le 1} \subseteq \ol A$, with respect to any vector space topology on $E$. \item If $A$ is circled, then $\bracs{[\cdot]_A < 1} \subseteq A \subseteq \bracs{[\cdot]_A \le 1} \subseteq \ol A$, with respect to any vector space topology on $E$.
\end{enumerate} \end{enumerate}
In particular, In particular,