Math 540 --Introduction to real analysis
 
 
 

Time:  MWF 3-4 pm

Location:  Altgeld Hall  347

Instructor: Marius Junge      Course email   Office hours: Friday 4-5pm
 
Grader:  Shivi Bansal           Jian Yang

Course discription
:

Part I: Metric spaces
      1) R
      2) sequences  in R
      3) definition of metric spaces, open closed sets
      4) compact and complete sets
      5) continuous  functions
      6)  unique extension proinciple
      7)  Arzela-Ascoli
       8) Baire Category thm
       9) completion of metric spaces

Part II: Measurable sets and measures
      1) sigma-algebras, borel algebras
        2) measurses, probability measures
        3) outer measures and extension from algebras
        4) Lebesgue measure, Lusin's theorem
         5) Cantor set

Part III:  Integration theory
   
1) Integrable functions and convergence theorems
     3) Connection to the Riemann integral
     3) Banach spaces
     4) Hilbert spaces and the Radon-Nikodym Theorem
 
Part IV: Integration on IR

    1) Absolutely continuous functions
     2) A covering lemma
     3) Differentiation of monotone functions
     4) Jensen's inequality

Books:
H. L. Royden: Real Analysis, Prentive Hall

Remark: the notes in Part IV are based on P. Loeb's lecture notes for real analysis 2003
Grading:
Homework (1/3-individual submission (always Mondays),
2 Midterm exams  (1/3)

Final exam  (1/3)


  Hw1

  Hw2

  Hw3

 Hw4

  Hw5

 Hw6

Hw7

Hw8

practice problems for exam2

Solution for practice problems

Hw9

Hw10

Hw11

Solution for practice problems-final

old-final




final and findal exam grades


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