Analysis I, Math 4317

                                                                                                                                   
                                                                                       
                                                                                        Lectures: MWF 12-1 pm in Skiles 154
                                                                                        Instructor: Michael Loss (loss@math.gatech.edu)
                                                                                        Office: Skiles 214 B
                                                                                        Office hours: W, F 1-2 or by appointment
                                                                                       

                                                                                        This page will be frequently updated, 
                                                                                        so, please, consult it often.




        Analysis, it is sometimes said, is the art of taking limits! Many interesting mathematical objects arise as limits and one is faced with the
        challenge of calculating with them. The square root of two, the elementary transcendental functions are elementary examples, however,
        solutions of partial differential equations, most of the time, appear as limits as well. It is therefore important to understand how to compute
        with limits. Analysis provides a number of notions and tools for dealing with limits and this course is a gentle introduction to them. Since
        the notions in analysis  are subtle, it is sometimes difficult to get an intuitive feeling of what these things mean. The only way to stay on firm
        ground in this field is by understanding and doing proofs. You have to be able to prove certain statements, i.e., to either derive a statement
        through logical steps from another one, or to find a counterexample. Thus, this course is not so much about solving particular problems
        but to teach you the language of analysis.

        The text for the course is `Introduction to Analysis' (IA) by Maxwell Rosenlicht,
        Dover 1986, ISBN 0-486-65038-3. Some additional notes you will find on this link.

        Among the topics to discuss are elementary set theory, functions,  the real numbers,
        metric spaces, open and closed sets, compactness, continuous functions as well as differentiation and integration.

        Practice is important. You will have to do homework that is regularly graded. In addition there will be two tests and a final exam.

        Your grade will be based on how well you solve the homework and the tests. The lowest test score will be dropped. Homework
        counts 30%, the test counts 30% and the final counts 40% towards your grade. The grade scheme is 90% or more A, 80% or
        more B, 60% or more C,  50% or more D and below 50% F.

        Here are some

                                                                                    Practice Tests

        Now a few words about the homework. Every week I assign problems and half of them will be graded, but I am not telling you
        which ones. It goes without saying that you to do the homework yourself, i.e., you do not copy from others. I do not mind that,    
        should you get stuck, you ask your fellow students for help, but you have to try first yourself. Let me also remind you to uphold
        the honor code at all times. You find more information at  http://www.honor.gatech.edu/plugins/content/index.php?id=9

        Please turn in the home work always on Wednesdays, the week after it was assigned, in class.

        Here is a tentative syllabus. I do not want to stick to it in a rigid fashion.
        There may be a topic that for some reason will require that we spend more time
        on it. I would like to have this option.  It is better to understand fewer topics
        very well than lots of topics badly.

        Please note that weeks 3-14 have an exercise group assigned to the homework.
        Each group solves the homework in detail and submits it to me on Friday of the
        following week in class. This group - solutions with my corrections will be posted
        on the web. We will organize this at the beginning of the course and I will post the
        groups as well as their meeting times on this page.

       
      
 

                      The Final Exam is on Dec 14 (Fri) 11:30am - 2:20pm in                                           Skiles Room 154

 

          Week 1: August 21 -  24.  Assigned Text: Chapter 1 in IA
          Homework: Do all the problems at the end of Chapter 1 in IA.

          Week 2: August 27 - 31.  Assigned Text: Chapter 2 in  IA
          Homework: Do problems  2, 4, 6, 7, 9, 10, 11, 12, 13, 16 on pages 29-31

            Exercise group: Keane, Ali, Choi.     Possible meeting time:  Mo 1-2, Wed 1-2 Due date September 7.
 

          Homework 2 Solutions

          Comments on the solutions

          Week 3: September 3 - 7.  (September 3 is Labor Day) Assigned Text: Chapter 3, Section 1- 3, in IA
          Homework: Do problems 1, 2, 5, 6, 7, 10, 11  on pages 61-62 of IA.
 
           
Exercise group: Xu, Mohammadi.     Possible meeting time:  Tu 1-3   Due date September 14

          Homework 3 Solutions

          Comments on the solutions

          Week 4: September 10 - 14.  Assigned Text: Chapter 3, Section 4 - 6, in IA
          Homework: Do problems 12, 13, 15, 18, 20, 22 on pages 62-64 of IA.
 
            Exercise group: Woolfitt, Siegel, Nguyen.    Possible meeting time: Wed 2-4  Due date September 21

          Homework 4 Solutions

          Week 5: September 17 - 21.  Assigned Text: Chapter 3, Section 4-6,  in IA
          Homework: Do problems 19, 21, 27, 29, 31, 34, 35 on pages 62-65 in IA.
  
             Exercise group:  Bakir, Loupos, Yan.   Possible meeting time:  Tu 3-5  Due date  September October 3
 
          Homework 5 Solutions
 
          Week 6: September 24 - 28.  Assigned Text: Finish Chapter 3.
         
 
          There will be a 50 minute test in class on Friday September 28 on the topics covered
          in the week 1-5

          There will be a review session on Monday September 24 from 6-8pm in Skiles room 154.

 
          Homework 6 Solutions

          Solutions of Test 1

          Week 7: October 1 - 5.  Assigned Text: Chapter 4, Section 1-3  in IA
          Homework: 1a), 1d), 2, 4, 9, 10, 11on page 91, 92 of IA.

 
                Exercise group: McEvoy, Hombostel, Cheung.      Possible meeting time:  Th 11-1  Due date October 12

          Homework 7 Solutions

          Week 8: October 8 -12.  (October 12 at 4:00 pm is the deadline to drop an individual course with a grade of ``W'')
          Assigned Text: Chapter 4, Section 1-3  in IA
          Homework: 1b), 1c), 11, 14, 15, 16 on page 90-92 in IA.

            Exercise group:  Parker, Hicks, Bradshaw.    Possible meeting time: Mo 10-11, Wed 10-11  Due date October 19

          Homework 8 Solutions

          Week 9: October 15 - 19.  (October 13 - 16 Student recess)
          Assigned Text: Chapter 4, Section 4-6 in IA
          Homework: 17-21, 23 on pages  92/93 in IA.
 
                Exercise group: Lee, Garvan, Sadlon.        Possible meeting time:Wed 2-3, Fri 2-3  Due date October 26

          Homework 9 Solutions

          Week 10: October 22 - 26.  Assigned Text: Chapter 4-6  in IA
          Homework: 32, 34, 35, 40, 42 on pp 94/95 in IA.

 
            Exercise group Goel, Issac.    Possible meeting time:Fri 2-3, Fri 4-5  Due date November 2

          Homework 10 Solutions

          Week 11: October 29 - November 2.  Assigned Text: Chapter 5  in IA
          
 
          There will be a 50 minute test in class on Wednesday October 31 on the topics covered
          in the week 1-10.


          Solutions of Test 2

          Notes on integration
 

           
          Week 12: November 5 - 9.  Assigned Text: Chapter 6 Sections 1, 2 in IA
          Homework: Problem 5, 6, 8 on page 109 in IA,  2, 3, 7 on page 132/133 in IA

          Exercise group: Rogers, Volgas, Diaz-Mercado.    Possible meeting time:Mo11-12, Wed 11-12 Due date November 14


         

         Homework 12 Solutions
 
         Week 13: November 12 - 16.  Assigned Text: Chapter 6 Sections 1-3 in IA
          Homework: Problems 16, 17, 21, 23, 24 on pp 133/134 in IA.

           Exercise group: McKay, Wells, Walker. Possible meeting time:  Tu 10-11, Th 10-11  Due date November 21

 
               

         Homework 13 Solutions

         Week 14: November 19 -23.  Assigned Text: Chapter  6 Section in IA
         Homework: Problems 9, 11, 12, 13, 15 on page 161/162 in IA.

        Exercise group: Chen, Crews, Belcher.      Possible meeting time: Tu 11-1  Due date November 28

 
         Notes on equicontinuity

           

         Homework 14 Solutions

         Week 15: November 26 - November 30.  Assigned Text: Chapter VII in IA
         Homework problems: 39 and 40 on page 166 in IA.
       
         Exercise group: Vo, Kim, Moore.    Possible meeting time: Wed 3-4, Fri 3-4  Due date December 5.


          Homework 15 Solutions
 
         Week 16: December 3 - 7.  Assigned Text: Continue Chapter 8 Section 3 in IA
         
          The Weierstrass approximation theorem