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=MA 504 Fall 2008 Professor Danielli=
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=Rhea Section for MA 504 Fall 2008 =
  
 
*[http://www.math.purdue.edu/~danielli/ Prof. Danielli's Homepage]
 
*[http://www.math.purdue.edu/~danielli/ Prof. Danielli's Homepage]
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==TA Information==
 
==TA Information==
 
Bobby Bridges - email: rabridge@math.purdue.edu
 
Bobby Bridges - email: rabridge@math.purdue.edu
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Office - Math 739
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Office hourse- 3-4 pm Tuesdays and by appointment
 
*[http://www.math.purdue.edu/people/bio/rabridge Bobby's Bio Page]
 
*[http://www.math.purdue.edu/people/bio/rabridge Bobby's Bio Page]
  
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I will generally post extra problems for the recitation here so you can print them before coming to class
 
I will generally post extra problems for the recitation here so you can print them before coming to class
  
[[bobbys example soln_MA504Fall2008danielli]]
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*[[bobbys example soln_MA504Fall2008danielli]]
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*[[Media:504_pblm_set_1.pdf‎ _MA504Fall2008danielli| '''Problem set 1, Aug. 27''']]
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*[[Dave's Recitation Sln 08/28/08_MA504Fall2008danielli]]  There is a mistake here... can you find it before you read my criticism at the bottom of the proof? -Bobby
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*[[Media: Ross's_Soln_-1.3.pdf‎_MA504Fall2008danielli]]
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*[[Media:504_pblm_set_2.pdf‎ _MA504Fall2008danielli| '''Problem set 2, Sept. 4''']]
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*[[Media:Practice2.pdf _MA504Fall2008danielli|  Dave's Sln.]]
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*[[Problem Set 2 Comments_MA504Fall2008danielli]]
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*[[Media:504_pblm_set_3.pdf _MA504Fall2008danielli| '''Problem set 3, Sept. 10''']]
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*[[Problem Set 3 Comments_MA504Fall2008danielli]]
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*[[Media:504_pblm_set_4.pdf‎ _MA504Fall2008danielli| '''Problem set 4, Sept. 17''']]
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*[[Problem Set 4 Comments_MA504Fall2008danielli]]
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*[[Media:504test1.pdf‎ _MA504Fall2008danielli| '''Practice Test 1''']]
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'''Solutions to Danielli's practice problems for midterm 1'''
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*[[Media: Midterm_exam_practice_problems_1-3.pdf‎ _MA504Fall2008danielli| '''Solutions to #'s 1-3''']]
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*[[Media: Midterm_exam_practice_problem_4.pdf‎ _MA504Fall2008danielli| '''Solutions to #4 ''' ]]
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*[[Media:Midterm_exam_practice_problem_5-7.pdf‎ _MA504Fall2008danielli| '''Solutions to #5-7''']]
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*[[Media:Midterm_exam_practice_problem_8.pdf‎ _MA504Fall2008danielli| '''Solution to #8''']]
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*[[Media:504_pblm_set_5.pdf‎ _MA504Fall2008danielli| '''Problem set 5, Oct. 1''']]
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*[[Media:limsup_Proof.pdf‎ _MA504Fall2008danielli| '''Dave's Sln.''']]
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*[[Media:Oct_8.pdf‎ _MA504Fall2008danielli| '''Problem set 6, Oct. 9''']]
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*[[Dave's Sln 09/09/08_MA504Fall2008danielli]] ''' with a correction added to part b'''
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*[[Media:Pblm_set_7.pdf _MA504Fall2008danielli| '''Problem set 7, Oct. 23''']]
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*[[Dave's Sln 10/23/08_MA504Fall2008danielli]]
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*[[Media:Pblm_set_8.pdf _MA504Fall2008danielli| '''Problem set 8, Oct. 30''']]
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*'''Solutions to Danielli's practice problems for midterm 2'''
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*[[Media:504_midterm_2_practice_problems0001.pdf _MA504Fall2008danielli| '''Midterm 2 practice problem solutions''']]
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[['''Link title'''Note: there is a mistake! _MA504Fall2008danielli#4c is not <math>\sum(x^n)^n</math> but is <math>\sum x^{(n^n)}</math>.  To find the radius of convergence  of the second case, use comparison to x^n and get R=1.  ]]
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*[[Media:504_practice_exam_2.pdf‎ _MA504Fall2008danielli| '''Practice exam 2''']]
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[[Media:Pblm_set_9.pdf _MA504Fall2008danielli| '''Problem set 9''']]
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[[Media:Pblm_set_10.pdf _MA504Fall2008danielli| '''Problem set 10, Nov 19''']] NOTE:I forgot to include one hypothesis: you must assume that f is bounded for f to be integrable!
  
[[Dave's Recitation Sln 08/28/08_MA504Fall2008danielli]] There is a mistake here... can you find it before you read my criticism at the bottom of the proof? -Bobby
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[[Media:Pblm_set_11.pdf _MA504Fall2008danielli| '''Problem set 11, Dec 4''']]
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[[Media:MA504Recitation.pdf _MA504Fall2008danielli| '''Sln.''']]
  
[[Media:504_pblm_set_2.pdf‎ _MA504Fall2008danielli| Problem set 2]]
 
 
==Assigned Homework==
 
==Assigned Homework==
 
*[http://www.math.purdue.edu/~danielli/504hw.htm Homework ]
 
*[http://www.math.purdue.edu/~danielli/504hw.htm Homework ]

Latest revision as of 17:19, 4 December 2008

Rhea Section for MA 504 Fall 2008

TA Information

Bobby Bridges - email: rabridge@math.purdue.edu

Office - Math 739

Office hourse- 3-4 pm Tuesdays and by appointment

Problem sets

I will generally post extra problems for the recitation here so you can print them before coming to class







Solutions to Danielli's practice problems for midterm 1







[[Link titleNote: there is a mistake! _MA504Fall2008danielli#4c is not $ \sum(x^n)^n $ but is $ \sum x^{(n^n)} $. To find the radius of convergence of the second case, use comparison to x^n and get R=1. ]]




Problem set 9



Problem set 10, Nov 19 NOTE:I forgot to include one hypothesis: you must assume that f is bounded for f to be integrable!


Problem set 11, Dec 4 Sln.

Assigned Homework

Post notes, or questions with notes here

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