My teaching responsibilities for 2016-2017 are:

  • Term One:

    Mathematics 418/Mathematics 544 Section 101 Probability I.

    Lecture MWF 10:00-10:50, Math 202.

    Office Hours: M 11:30-1 and Th 1:00-2:30* in Math Annex 1207 beginning Mon. Sept. 12. (* time will change on rare days when there is a department meeting)

    NEW: The midterm will be in Neville Scarfe Room 209 (SCRF209) 5:30-7:30 on Thurs. Nov. 17.

    Solutions to Midterm

    Practice Questions for Midterm

    Solutions to Practice Questions for Midterm

    Course outline.

    Proof of Lemma 0.5

    Monotone Convergence Theorem

    Proof of Theorem 2.2

    Proof of Theorem 3.3 d) implies e)

    Late assignments will not be accepted.

    Homework 1

    Homework 1 Solutions

    Homework 2

    Homework 2 Solutions

    Homework 3

    Homework 3 Solutions

    Homework 4

    Homework 4 Solutions

    Homework 5

    Homework 5 Solutions

    Homework 6

    Mathematics 320 Section 101 Real Variables I.

    Lecture MWF 9:00-9:50, BUCH A104.

    Instructor: Ed Perkins, Math Annex 1207, perkins@math.ubc.ca, 822-6670.

    Office Hours: M 11:30-1 and Th 1:00-2:30* in Math Annex 1207 beginning Mon. Sept. 12. (* time will change on rare days when there is a department meeting)

    Course Outline (including grading system)

    Text: The text for the course is Principles of Mathematical Analysis, 3rd edition, Walter Rudin, McGraw-Hill. It is easy to find solutions to the exercises in the text on the web--for example one set is at https://minds.wisconsin.edu/handle/1793/67009 but we do not vouch for correctness of these or any other solutions.

    With respect to Homework, sharing of ideas is fine but sharing of written solutions is not. Each homework will be announced and posted here at least a week in advance. The homeworks are due in class on the due date. If you cannot come to class, you may drop off your homework at your instructor's office on the day before it is due. Late assignments will not be accepted.

    Proof of Lemma 2.13

    Final Exam: The final exam is Thurs. Dec. 8 from 8:30 to 11:00 am in West Mall Swing Space 222. Old exams may be found at Past exam database. Here is a set of solutions for last years exam.

    Office hours for the exam week are scheduled for Monday Dec. 5, 2-3:30 in my office (Math Annex 1207) and Wed. Dec. 7 10-11:30 in Irving Barber Learning Centre (IBLC) Room 461.

    Homework 1
    Solutions to Homework 1
    Homework 2
    Solutions to Homework 2
    Homework 3
    Solutions to Homework 3
    Homework 4
    Solutions to Homework 4
    Homework 5
    Solutions to Homework 5
    Homework 6
    Solutions to Homework 6
    Homework 7
    Solutions to Homework 7
    Practice Test
    Practice Test Solutions
    Solutions to Practice Questions from Rudin Ch. 2
    Test Solutions
    A Note about Least Upper Bounds
    Proof of Schwarz Inequality for Complex Numbers
    An inductively defined sequence
    Appendix for Prop. 4.7 and 4.8
    Connected subsets of the reals
    Notes on Subsequences and Limsup
    Uniform Continuity and Extension of Continuous Functions

    Additional resources:
    Past exam database

  • Term Two:

    Mathematics 419/Mathematics 545 Section 201 Stochastic Processes/Probability II.

    Lecture MWF 10:00-11:00 Math 202.

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