Math Analysis 361A Fall 2003

Dr. Florence Newberger

Office: FO3-218
Office Phone:  (562) 985-5675
email:  fnewberg@csulb.edu
web site:  http://www.csulb.edu/~fnewberg
 


Page Contents:
Important points from this web page are contained in the course syllabus (pdf file).
Meeting Times  |  Description  | Goals  |  Text  |  Assignments  |  Tentative Schedule  |  Exams  |  Grades

Homework guidance

Section 1.1 #14
Includes an outline of how to get started figuring out a proof.
PDF File
Section 2.1 #18
PDF File
Exam 1 Review Sheet PDF file
Section 2.2 #4,5 PDF file
Section 2.3 #6,8
PDF file
Exam 1 Solutions
PDF file
Homework worksheet including Section 3.2 #4
PDF file
Exam 2 Review Sheet
PDF file
Homework worksheet Section 3.6 Example 3.6.7(b) and (c)
PDF file
Exam 2 Solutions
PDF file
Exam 3 Review Sheet
PDF file
Section 4.1 # 12
PDF file
Section 5.1 # 12
PDF file
Exam 3 Solutions
PDF file
Final Exam Review Sheet
PDF file


Meeting Times
MATH 361A Section 01 meets T-Th 10:00 - 10:50 in LA5-343.

Office hours (held in my office:  FO3-218): 
 
 

Wednesdays 11:00-12:00
Fridays 9:00-10:00

Feel free to stop by, email or call to schedule an appointment or ask a question!


Description:
Topics:  Rigorous study of calculus and its foundations. Structure of the real number system. Sequences and series of numbers. Limits, continuity, and differentiability of functions of one real variable. Students will be asked to write valid mathematical proofs.
Prerequisites: MATH 222 or 224 and MATH 233 or 247.
Goals: 

Goals:  In addition to gaining mastery of the topics, the students should be able to

  • reason deductively from explicit assumptions and definitions.
  • correctly use the language of mathematics and the vocabulary of analysis both verbally and in well written sentences.
  • produce examples of mathematical objects satisfying various properties.
  • determine how to begin thinking about mathematical questions in such a way to efficiently approach a solution.
  • determine whether or not a mathematical argument is complete, and assess the validity of mathematical assertions.
  • Text:

    Introduction to Real Analysis, by Robert G. Bartle an Donald  R. Sherbert. Third edition, Wiley, 2000.
    Assignments: 
    HomeworkExpect daily homework assignments, due the following class period. 

    To accommodate a wide range of student abilities, I will often assign two sets of homework, allowing the student to choose which problems to complete. For example, I might say, "Do 2 of the following 4 problems."  The problems will be labeled "Fundamental" and "Challenging."  All students will be held responsible for the Fundamental problems on the exams, independent of which problems they choose to complete as homework. The challenging problems will reinforce the ideas of the fundamental problems, but will often require students to use skills and ideas that extend beyond the focus of the current sections.   All students are encouraged to attempt all problems!

    The assignments will be graded subject to the following rules:
    • A problem completed correctly and on time will receive 10 points.
    • A problem completed correctly and up to one week late will receive 8 points. (I really want you to do the homework!!)
    • An incorrect problem (one which is either mathematically wrong or written poorly) will receive partial credit and may be corrected and resubmitted within a week from when it is returned for up to 8 points.  (In fact, I really want you to do the homework correctly!! Even if you need help or more time.)
    Quizzes.  From time to time you may be asked to start class with a short activity, for example recalling definitions and theorems from the previous lecture, or writing down a proof of a Theorem.  By and large, these are not to be graded, but when they are, you will be warned in advance.  The scores from any graded quizzes will be added into the homework scores for the purposes of creating a course grade.

    Tentative Schedule:
    MS Excel format Schedule for Printing

    Week
    M
    W
    F
    Sep 2 - Sep 5
    Sections 1.1 and 1.3
      First Day of class!  
    Sep 8 - Sep 12
    Sections 1.3 and 2.1
     
     
    Sep 15 - Sep 19
    Sections 2.2  and 2.3
     
     
    Sep 22 - Sep 26
    Sections 2.3
     
     Midterm 1
    Sections 2.1-2.3
    Sep 29 - Oct 3
    Sections 2.4 and 2.5
     

    Oct 6 - Oct 10
    Sections 3.1 and 3.2
     
     
    Oct 13 - Oct 17
    Section 3.3 and 3.5
     
     
    Oct 20 - Oct 24
    Section 3.4 and review
     
    Midterm 2
    Sections  3.1-3.7
    Oct 27 - Oct 31
    Sections 3.6 and 3.7
     
     
    Nov 3 - Nov 7
    Section 4.1-4.3
     
     
    Nov 10 - Nov 14
    Sections 5.1 and 5.2
     
     
    Nov 17 - Nov 21
    Sections 5.3 and 5.4
     

    Nov 24 - Nov 28
    Section 6.1 and 6.2
      Midterm 3
    Sections 3.4, 3.5, 4.1-4.3, 5.1-5.3
     Thanksgiving 
    Holiday
    Dec 1 - Dec 5
    Sections 6.3 and 6.4
     
     
    Dec 8 - Dec 12
    Sections 9.1-9.3
     
     

     


    Exams:

     
    September 26
    Midterm 1  
    October 24
    Midterm 2
    November 26
    Midterm 3
    TBA
    (Verify on CSULB Web site)
    Final Exam in two sections: 

    Section 1: 
    Section 2:  Cumulative


    Grades:

     
    Grade Distributions.
    Homework and Quizzes 40%
    Midterm 1 10%
    Midterm 2 10%
    Midterm 3
    10%
    Final Exam
    Section 1
    Section 2

    15%
    15%
    Cut-offs for letter grades.
      Homework and Quizzes Midterm 1 Midterm 2 Midterm 3
    Final Exam 
    A 90    
     
    B 80    
     
    C 70    
     
    D 60