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==Question 1==
 
==Question 1==
  
=Solution=
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=Solutions of all questions=
 
:'''Click [[ECE_PhD_QE_FO2_2011_Problem1.1|here]] to view student [[ECE_PhD_QE_FO2_2011_Problem1.1|answers and discussions]]'''
 
:'''Click [[ECE_PhD_QE_FO2_2011_Problem1.1|here]] to view student [[ECE_PhD_QE_FO2_2011_Problem1.1|answers and discussions]]'''
 
==Question 2==
 
 
=Solution=
 
:'''Click [[ECE_PhD_QE_FO2_2011_Problem2.1|here]] to view student [[ECE_PhD_QE_FO2_2011_Problem2.1|answers and discussions]]'''
 
 
==Question 3==
 
 
=Solution=
 
:'''Click [[ECE_PhD_QE_FO2_2011_Problem3.1|here]] to view student [[ECE_PhD_QE_FO2_2011_Problem3.1|answers and discussions]]'''
 
  
 
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[[ECE_PhD_Qualifying_Exams|Back to ECE Qualifying Exams (QE) page]]
 
[[ECE_PhD_Qualifying_Exams|Back to ECE Qualifying Exams (QE) page]]

Revision as of 16:12, 11 June 2017


ECE Ph.D. Qualifying Exam

Fields and Optics (FO)

Question 2: Dynamics 1 : Propagation, transmission and radiation

August 2011



Question 1

Solutions of all questions

Click here to view student answers and discussions

Back to ECE Qualifying Exams (QE) page

Alumni Liaison

Basic linear algebra uncovers and clarifies very important geometry and algebra.

Dr. Paul Garrett