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Chapter 11: Linear Maps between Normed Spaces

Chapter 11: Linear Maps between Normed Spaces

pp. 137-152

Authors

, University of Warwick
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Summary

We consider linear maps between normed spaces. We define what it means for a linear map to be bounded and show that this is equivalent to continuity. We define the norm of a linear operator and show that the space of all linear maps from X to Y is a vector space, which is complete if Y is complete. We give a number of examples and then discuss inverses and invertibility in some detail.

Keywords

  • linear maps
  • operator norm
  • kernel
  • range
  • invertibility

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