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#REDIRECT [[[https://purdue0-my.sharepoint.com/:b:/g/personal/chen2300_purdue_edu/EVUYz5qE4J1NqrJlCjbQOVgB-wk3dLEtTwW5DVRttBYU-A?e=aZhgnI CS-5_2016_CNC]]]
 
#REDIRECT [[[https://purdue0-my.sharepoint.com/:b:/g/personal/chen2300_purdue_edu/EVUYz5qE4J1NqrJlCjbQOVgB-wk3dLEtTwW5DVRttBYU-A?e=aZhgnI CS-5_2016_CNC]]]
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#SH_critique for CNC's Solution [[ECE-QE-CS5_CNC_critique_2016 | August 2016]]
 
#YC's Solution [[ECE-QE-CS5 | August 2016]]
 
#YC's Solution [[ECE-QE-CS5 | August 2016]]
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#REDIRECT [[[https://purdue0-my.sharepoint.com/:b:/g/personal/chen2300_purdue_edu/ESTB8bwjo9lAiTlErz-QTTgBZpOA0AwIXnULQ-sac3AjNQ?e=C7CCHc CS-5_2016_CNC_critique]]]
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#SH's Solution [[ECE-QE-CS5_2016 | August 2016]]
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#Critique of SH's Answer by YC [[Critique_SH_by_YC | August 2016]]

Latest revision as of 14:41, 25 February 2020

  1. REDIRECT [[CS-5_2016_CNC]]
  2. SH_critique for CNC's Solution August 2016
  3. YC's Solution August 2016
  4. REDIRECT [[CS-5_2016_CNC_critique]]
  5. SH's Solution August 2016
  6. Critique of SH's Answer by YC August 2016

Alumni Liaison

Abstract algebra continues the conceptual developments of linear algebra, on an even grander scale.

Dr. Paul Garrett