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[https://kiwi.ecn.purdue.edu/rhea/images/e/ee/Assignment7.pdf Assignment 7]
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[[Category:MA598RSummer2009pweigel]]
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[[Category:MA598]]
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[[Category:math]]
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[[Category:problem solving]]
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[[Category:real analysis]]
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=Lecture 7, MA598R, Weigel, Summer 2009=
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[[Media:Assignment7.pdf| Assignment 7 (in pdf format)]]
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Errata, Courtesy of Jing:
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12: Change <math>e^{-2 \pi i <x,\xi>}</math> to <math>e^{2 \pi i <x,\xi>}</math>
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10-d) Change <math class="inline">L^{\infty}(\mathbf{R}^n)</math> to <math class="inline">C^{\infty}_c(\mathbf{R}^n)</math>
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----
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==Solutions==
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* [[The Pirate's Booty]] (this page be written in the <font color="#FFFF00"> blood</font> of cowardly ninjas who couldn't swim)
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* [[The Ninja's Solutions]] (written in the <font color="#FF0000">blood</font> of dead pirates)
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----
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[[MA598R_%28WeigelSummer2009%29|Back to MA598R Summer 2009]]

Latest revision as of 04:51, 11 June 2013


Lecture 7, MA598R, Weigel, Summer 2009

Assignment 7 (in pdf format)


Errata, Courtesy of Jing:

12: Change $ e^{-2 \pi i <x,\xi>} $ to $ e^{2 \pi i <x,\xi>} $

10-d) Change $ L^{\infty}(\mathbf{R}^n) $ to $ C^{\infty}_c(\mathbf{R}^n) $


Solutions

  • The Pirate's Booty (this page be written in the blood of cowardly ninjas who couldn't swim)

Back to MA598R Summer 2009

Alumni Liaison

Ph.D. on Applied Mathematics in Aug 2007. Involved on applications of image super-resolution to electron microscopy

Francisco Blanco-Silva