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Undergraduate Study

MATH2069 Discrete Mathematics and Graph Theory

General Information

This page contains information on the intermediate unit of study MATH2069 Discrete Mathematics and Graph Theory.

This unit is offered in Semester 1.

Lecturer(s): Andrew Mathas

For further information on Intermediate Mathematics and Statistics, refer to the Intermediate Handbook. In particular, see the MATH2069 handbook entry for further information relating to MATH2069.

You may also view the description of MATH2069 in the central units of study database.

  • Credit point value: 6CP.
  • Classes per week: Three lectures, one tutorial and one practice class.

For enrolled students or other authorized people only, here is a link to the Canvas page for MATH2069.

Email enquiries about MATH2069 may be sent to MATH2069@sydney.edu.au.

Students: Please give your name and SID when emailing us. Anonymous emails will not be replied to.

Students have the right to appeal any academic decision made by the School or Faculty. For further information, see the Science Faculty web site.

Consultation

14:00 – 15:00 Thursday, Carslaw 718

Assessment

Date*DescriptionBetter markWeighting
23:59 March 27 Assignment 1 5%
14:00 April 3 Quiz 1 15%
23:59 May 15 Assignment 2 5%
14:00 May 22 Quiz 2 15%
TBA Exam 60%
All dates are given in Sydney time.

References

Anthony Henderson, MATH2069: Discrete mathematics and graph theory. Available from Kopystop

Online resources

Wednesdsay lecture Friday lectures Practice classes Tutorials Assessment
Week 1
24/2-28/2
Lecture 1-1 Lecture 1-2
Practice Class 1 questions
Practice Class 1 solutions

Week 2
2/3-6/3
Lecture 2-1 Lecture 2-2
Practice Class 2 questions
Practice Class 2 solutions

Tutorial 1 questions
Tutorial 1 solutions

Week 3
9/3-13/3
Lecture 3-1 Lecture 3-2
Practice Class 3 questions
Practice Class 3 solutions

Tutorial 2 questions
Tutorial 2 solutions

Week 4
16/3-20/3
Lecture 4-1 Lecture 4-2

Lecture recording
Practice Class 4 questions
Practice Class 4 solutions

Tutorial 3 questions
Tutorial 3 solutions

Assignment 1 - questions
Week 5
23/3-27/3
Lecture 5-1 Lecture 5-2
Practice Class 5 questions
Practice Class 5 solutions

Tutorial 4 questions
Tutorial 4 solutions

Assignment 1 (5%)
Due 23:59 March 27

Quiz 1 - sample quiz
Week 6
30/3-3/4
Lecture 6-1
Discrete answers

Lecture 6-2a: Partial fractions
Lecture 6-2b: Binomial theorem
Lecture 6-2c: Summation forumula
Quiz 1 Tutorial 5 questions
Tutorial 5 solutions

Quiz 1 (15%)
14:00 April 3

Quiz 1 - sample solutions
Week 7
6/4-10/4
Lecture 7-1 Lecture 7-2
Good Friday


Good Friday
Tutorial 6 questions
Tutorial 6 solutions

Assignment 1 - solutions
Mid-semester break
Week 8
20/4-24/4
Quiz 1 - optional replacement quiz
Lecture 8-1
Lecture 8-2
Lecture 8-3
Practice Class 8 questions
Practice Class 8 solutions

Tutorial 7 questions
Tutorial 7 solutions

Quiz 1 - solutions
Week 9
27/4-1/5
Lecture 9-1 Lecture 9-2
Lecture 9-3
Practice Class 9 questions
Practice Class 9 solutions

Tutorial 8 questions
Tutorial 8 solutions

Week 10
4/5-8/5
Lecture 10-1 Lecture 10-2
Lecture 10-3
Practice Class 10 questions
Practice Class 10 solutions

Tutorial 9 questions
Tutorial 9 solutions

Assignment 2 - questions
Quiz 2 - sample quiz
Week 11
11/5-15/5
Lecture 11-1 Lecture 11-2
Lecture 11-3
Practice Class 11 questions
Practice Class 11 solutions

Tutorial 10 questions
Tutorial 10 solutions

Assignment 2 (5%)
Due 23:59 May 15
Week 12
18/5-22/5
Lecture 12-1
Graph theory answers
Quiz 2 - second sample quiz
Solutions to second sample quiz
Lecture 12-2
Lecture 12-3
Quiz 2 Tutorial 11 questions
Tutorial 11 solutions

Quiz 2 (15%)
14:00 May 22

Quiz 2 - sample solutions
Week 13
25/5-29/5
Lecture 13-1
Past papers
Tutorial 12 questions
Tutorial 12 solutions

Assignment 2 - solutions