# MATH3968 Differential Geometry

## General Information

This page contains information on the Senior advanced Unit of Study MATH3968 Differential Geometry.

- Taught in Semester 2.
- Credit point value: 6.
- Classes per week: Three lectures and one tutorial.
- Lecturer(s): Emma Carberry .

Please refer to the Senior Mathematics and Statistics Handbook for all questions relating to Senior Mathematics and Statistics. In particular, see the MATH3968 handbook entry for further information relating to MATH3968.

You may also view the description of MATH3968 in the central units of study database.

## Exam Consultation

There will be two exam consultations on Thursday 3rd and Monday 8th November, from 11am-noon, in Carslaw 723.## Course Evaluation

Have your say on how this course was run. Fill out this short survey.## Lecture Cancelled - Thursday 15 September

What could be so important that we would cancel a 3968 lecture in order that you can attend? The honours information session: Thursday 15 September, Carslaw 350. Come to learn about doing Honours in the School of Mathematics and Statistics, meet current honours students and talk to potential supervisors.## Information Sheets

The course information sheet can be found here. A detailed explanation of how tutorials will be run can be found here. By request, here is an outline of which parts of do Carmo are covered.## Assignment 2

This assignment is due at 1pm on Monday 17th October. You must submit it via TurnItIn and also hand in an identical paper copy at the start of the lecture. The assignment is here.## Assignment 1

This assignment is due at 1pm on Monday 19th September. You must submit it via TurnItIn and also hand in an identical paper copy at the start of the lecture. The assignment is here. Solutions are available by request, and I'll bring some to tutorials.## Lecture Notes

You can download all the notes at here. The seperated files for lectures are listed below.- Lecture 1: slides and notes .
- Lecture 2: slides and notes .
- Lecture 3: slides and notes .
- Lecture 4: slides and notes .
- Lecture 5: slides and notes .
- Lecture 6: slides and notes .
- Lecture 7: slides and notes .
- Lecture 8: slides and notes .
- Lecture 9: slides and notes .
- Lecture 10: slides and notes .
- Lecture 11: slides and notes .
- Lecture 12: slides and notes .
- Lecture 13: slides and notes .
- Lecture 14: slides and notes .
- Lecture 15: slides and notes .
- Lecture 16: slides and notes .
- Lecture 17: slides and notes .
- Lecture 18: slides and notes .
- Lecture 19: slides and notes .
- Lecture 20: slides and notes .
- Lecture 21: slides and notes .
- Lecture 22: slides and notes .
- Lecture 23: slides and notes .
- Lecture 24: slides and notes .
- Lecture 25: slides and notes .
- Lecture 26: slides and notes .
- Lecture 27: slides and notes . Note a notational correction to the result about the angle sum of a triangle (p 20).
- Lecture 28: slides and notes .
- Lecture 29: slides and notes .
- Lecture 30: slides and notes .
- Lecture 31: slides and notes .
- Lecture 32: slides and notes .
- Lecture 33: slides and notes .
- Lecture 34: slides and notes .
- Lecture 35: slides and notes .
- Lecture 36: slides and notes .
- Review Lecture: slides and notes .
- Worked Problems Lecture: scans.

## Tutorials (and Selected Solutions Afterwards)

- Tutorial Week 1: Questions and Solutions. Solutions to the in-class problem.
- Tutorial Week 2: Questions and Solutions. Solutions to the in-class problem.
- Tutorial Week 3: Questions and Solutions. Solutions to the in-class problem.
- Tutorial Week 4: Questions and Solutions. Solutions to the in-class problem.
- Tutorial Week 5: Questions and Solutions. Solutions to the in-class problem.
- Tutorial Week 6: Questions and Solutions. Solutions to the in-class problem.
- Tutorial Week 7: Questions and Solutions. Solutions to the in-class problem.
- Tutorial Week 8: Questions and Solutions. Solutions to the in-class problem.
- Tutorial Week 9: Questions and Solutions. Solutions to the in-class problem.
- Tutorial Week 10: Questions and Solutions. Solutions to the in-class problem.
- Tutorial Week 11: Questions and Solutions. Solutions to the in-class problem.
- Tutorial Week 12: Questions and Solutions. Solutions to the in-class problem.
- Tutorial Week 13: Questions and Solutions. Solutions to the in-class problem.

## Timetable

Show timetable / Hide timetable.