The Eigenspace

BibliographyComments
/Part 7: Notes/Chapter 13: Convex and Nonlinear Analysis/Section 13.1: Notations

Corollary 13.1.19.label If $A\suf\R^{n}$ is compact then $Conv(A)$ is compact.

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Direct Backlinks

  • circle13.1: Notations
  • circleExample 13.1.20: Infinite Dimensional Vector Space
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The Eigenspace

BibliographyComments

Direct Backlinks

  • circle13.1: Notations
  • circleExample 13.1.20: Infinite Dimensional Vector Space
Powered by Spec