MATH 205 A    Real Analysis 


Autumn 2019


Syllabus


Lectures: TTh 9:00-10:20, 300-300


Instructor: Eugenia Malinnikova

Office: 383 Y

Office hours: T 3:30-5:30 pm, W 4:30-5:30 or by appointment


Course Assistant: Joey Zou

Office: 381 A

Office hours: T 12:30-1:30 pm and F 3:00-4:00 pm


Textbook and Course material


 Folland, Real Analysis, Modern techniques and their applications, chapters 1-3, 6-8, part of 10


Lecture notes, by L. Ryzhik


Midterm and Final Exam


In class midterm, October 24

Final, Wednesday, December 11, 8:30-11:30 am


Homework


Weekly homework assignments are due each Thursday, the first one is due September 3rd. There will be 8 assignments during the quarter.


Assignment 1 (due 10/03)                 Assignment 5 (due 11/07)
Assignment
2 (due 10/10)                 Assignment 6 (due 11/14)

Assignment 3 (due 10/17)                 Assignment 7 (due 11/21)

Assignment 4 (due 10/24)                 Assignment 8 (due 12/05)


 Midterm and Solutions (10/24)



Final exam will consist of 7-8 problems and all but one will be either from homework assignments or from the list of 30 problems below.


30 Problems

Preliminary lecture plan:


Week 1: Sigma-algebras, measures, outer measures, Borel measures on the real line, Folland chapter 1 (Homework 1, due 10/3) Lecture notes (Lectures 1-3)

Week 2: Lebsegue measure, measurable functions, modes of convergence, Folland  1.5, 2.1, 2.4 (Homework 2 due 10/10)

Week 3: Integration, Product measures and integration, Folland 2.2-2.3, 2.5-2.6  Lecture notes (Lectures 4-6)

(Homework 3 due 10/17)

Week 4:  Signed measures and Radon-Nidokym theorem,  Differentiation in Euclidean space,  Folland 3.1-3.2, 3.4 (Homework 4 due 10/24)  Lecture notes (Lectures 7-10)

Week 5: Functions of bounded variation, absolutely continuous functions, (Folland 3.5) Repetition and Midterm

Week 6: Lebesgue spaces, introduction, Folland 6.1 (Homework 5, due 11/7) Lecture notes (Lecture 11-15)

Week 7: Lebesgue spaces, duality, Folland 6.2-6.4 (Homework 6, due 11/14) 

Week 8: Interpolation theorems, applications,  Folland 6.5 (Homework 7, due 11/21)

Week 9: Riesz representation theorem,  Fourier transform, Folland 7.1,8.1 (Homework 8, due 12/5) Lecture notes (Lecture 16-17)

Week 10: Fourier transform and Fourier series, Folland 8.2-8.4