Introductory Real Analysis
Math 328, Summer 2015
University of Washington
c 2015, Dr. F. Dos Reis
Homework 2
Due at the beginning of the class on Friday July 17th
Exercise 1. Determine whether the fol
Introduction to Differential Equations and Applications
MATH 328

Winter 2017
Introductory Real Analysis II
Math 328, Winter 2016
University of Washington
c
2016,
Dr. F. Dos Reis
Homework 7
Due at the beginning of the class on Friday March 11th
Exercise 1. Determine whether the
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Introduction to Differential Equations and Applications
MATH 328

Winter 2017
Introductory Real Analysis II
Math 328, Winter 2016
University of Washington
c
2016,
Dr. F. Dos Reis
Homework 5
Last name:
First name:
Due in class on Friday February 26th.
Exercise 1. Let f be an inc
Introduction to Differential Equations and Applications
MATH 328

Winter 2017
Introductory Real Analysis II
Math 328, Winter 2016
University of Washington
c
2016,
Dr. F. Dos Reis
Homework 3
Due at the beginning of the class on Wednesday January 27th.
Exercise 1. Let a function
Introduction to Differential Equations and Applications
MATH 328

Winter 2017
Introductory Real Analysis II
Math 328, Winter 2016
University of Washington
c
2016,
Dr. F. Dos Reis
Homework 2
Due at the beginning of the class on Wednesday January 20th
Exercise 1. Consider the pow
Introductory Real Analysis
Math 327, Spring 2015
1
University of Washington
c
2015,
Dr. F. Dos Reis
Axioms of R
Axiom 1. R is a commutative field.
Definition 1. F + is a commutative field if
1. For an
Introduction to Differential Equations and Applications
MATH 328

Winter 2017
Introductory Real Analysis II
Math 328, Winter 2016
University of Washington
c
2016,
Dr. F. Dos Reis
Homework 5
Due at the beginning of the class on Friday February 19th
Exercise 1. If f is a continuo
Introduction to Differential Equations and Applications
MATH 328

Winter 2017
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Introduction to Differential Equations and Applications
MATH 328

Winter 2017
Introductory Real Analysis II
Math 328, Winter 2016
University of Washington
c
2016,
Dr. F. Dos Reis
Homework 1
Due at the beginning of the class on Wednesday January 13th
Exercise 1. Determine the ra
Introduction to Differential Equations and Applications
MATH 328

Winter 2017
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Introduction to Differential Equations and Applications
MATH 328

Winter 2017
Introductory Real Analysis
Math 328, Summer 2015
University of Washington
c
2015,
Dr. F. Dos Reis
Last Name (PRINT):
First Name (PRINT):
Summer 2015 Introductory Real Analysis II
Final Examination
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Introduction to Differential Equations and Applications
MATH 328

Winter 2017
Introductory Real Analysis
Math 328, Summer 2015
University of Washington
c
2015,
Dr. F. Dos Reis
Last Name (PRINT):
First Name (PRINT):
Section:
Summer 2015 Introductory Real Analysis II
First Examin
Introduction to Differential Equations and Applications
MATH 328

Winter 2017
Introductory Real Analysis II
Math 328, Winter 2016
University of Washington
c
2016,
Dr. F. Dos Reis
Math 328 Introductory Real Analysis II
Winter 2016 Section B
Instructor: Dr. Fanny Dos Reis
Office:
Introductory Real Analysis II
Math 328, Winter 2016
University of Washington
c
2016,
Dr. F. Dos Reis
Chapter 22
1
Improper integral of the first kind and of the second kind
Definition 1. Improper of t
Introductory Real Analysis II
Math 328, Winter 2016
University of Washington
c
2016,
Dr. F. Dos Reis
Theory of integration
Definition 1. Given an interval [a, b], a partition of [a, b] is a finite col
Introductory Real Analysis II
Math 328, Winter 2016
University of Washington
c
2016,
Dr. F. Dos Reis
Continuity, differentiability of functions
1
Limits
Definition 1. Let f be a function defined on a
Introductory Real Analysis II
Math 328, Winter 2017
University of Washington
c
2017,
Dr. F. Dos Reis
Homework 6
Due at the beginning of the class on Friday March 10th
Exercise 1. Determine the radius
Introductory Real Analysis II
Math 328, Winter 2017
University of Washington
c
2017,
Dr. F. Dos Reis
Homework 5
Z
Exercise 1. Given the function (x) =
1
1
dt.
1 + tx
1. For which values of x is conver
Introductory Real Analysis II
Math 328, Winter 2017
University of Washington
c
2017,
Dr. F. Dos Reis
Homework 1
Due at the beginning of the class on Friday January 13th.
x + 5 = 3.
You need to find in
Introductory Real Analysis II
Math 328, Winter 2017
University of Washington
c
2017,
Dr. F. Dos Reis
Homework 6
Due at the beginning of the class on Friday March 10th
Exercise 1. Determine the radius
Introductory Real Analysis II
Math 328, Winter 2017
University of Washington
c
2017,
Dr. F. Dos Reis
Homework 5
Due at the beginning of the class on Friday February 24th
Z
1
dt.
Exercise 1. Given the
Introductory Real Analysis II
Math 328, Winter 2017
University of Washington
c
2017,
Dr. F. Dos Reis
Homework 3
Due in class on Wednesday February 8th.
Exercise 1. Let f be an increasing function on a
Dr. Natalie Naehrig
University of Washington
MATH328
Syllabus Spring 2017
Office hours: Fr 8.00am  10:15am, Location is Padelford, C331
Class Schedule: Mo, We, Fr, 11:30am12:20am. It is your respons