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MAST20009 - Vector Calculus Notes

Written by Chris

This is a comprehensive compilation of information from MAST20009 lectures, the textbook, tutorials,...

56 pages, 4600 words

VECTOR CALCULUS SUMMARY

Written by Ross

This booklet of notes consists of a well-organised summary of the subject's main definitions and imp...

4 pages, 500 words

Stuart

$35 per hour

ONLINE due to covid. Final BSc In Pure Maths at Unimelb, on track, to graduate with First Class Hono...

Blake

$60 per hour

Masters degree (Pure Maths) Official UniMelb maths tutor (2+ years) 5+ years tutoring experience...

Adrian

$65 per hour

I have been tutoring for the University of Melbourne for Calculus 1, Calculus 2, and Linear algebra....

Rebecca

$50 per hour

ZOOM tutoring available -- Hi, everyone! My name is Rebecca! - I am a Master student at the U...

Ethan

$80 per hour

!!!ATTENTION!!! Given the recent developments with Covid-19 and the maths department effectively shu...

Nicholas

$60 per hour

MIT Applied Mathematics PhD student, returning to Melbourne very soon because of the virus situation...

Jordan

$55 per hour

Hi there! My name is Jordan Moshcovitis. I am a current Masters student in the Department of Physics...

Bastian

$30 per hour

I am a PhD student at The University of Melbourne. I have graduated with Master of Engineering (Elec...

Christian

$60 per hour

ABOUT: Looking for a tutor who doesn’t fit the conventional mould? I’m currently studying Physic...

Kieran

$35 per hour

GAMSAT score of 76 (out-performing 99% of fellow test-takers) in the March 2019 exam and also wrappi...

Reviews

The subject surveys the key ideas in multivariable and vector calculus which is very useful in areas of applied mathematics, physics, mathematical physics and engineering. The course slowly builds to the 4 integral theorem which ties everything up beautifully. Christine Manglesdorf handles the subject very well and her explanations are clear. Vector Calculus follows the style of calculus 2 and linear algebra, where you get a set of partial lecture notes and you fill in the gaps during the lecture. However, the subject is somewhat lacking in rigour and difficulty especially for those with a strong analysis background.

Anonymous, Semester 1, 2020

Fantastic subject, felt like an extension of Calc 2. Christine is an amazing lecturer, and the content was interesting.

Anonymous, Semester 1, 2020

pretty gosh darn sick subject, learning about like different coordinate systems really opens up a whole new world; would reccomend

Anonymous, Semester 1, 2020

Extremely useful subject for many areas of maths and science. The basic concepts of divergence, curl, scalar fields and spherical coordinates pop up all the time in my research in quantum chemistry. It got a bit hard towards the end, but you'll be fine as long as you attend every lecture and revise regularly. (P.S. I took this subject in semester 2, 2013, but that doesn't appear in the drop-down menu, so I'll select semester 1, 2017, which is the oldest option available.)

Anonymous, Semester 1, 2017

This is one of the best maths subjects I've taken in this semester expanded upon MAST10006 CALCULUS 2 and a little of Linear Algebra MAST10007. Got a H2B in this semester I recommend coming to consultations and practise a lot of exam papers, complete all tutorials, assessments, lectures and other material to help you. Overall, the recent exam paper has more than half the questions were remixed and builds up the complexity unlike past exams.If you love mathematics this is the subject for you.

Anonymous, Semester 2, 2018

Christine is the best, really enjoyable subject which comes all together in the end.

Anonymous, Semester 1, 2018

This is an incredible subject! Very well coordinated and you learn lots of different integration techniques that are useful in real life applications!

Anonymous, Semester 1, 2018

This has definitely been my favourite subject so far. This subject starts off quite light, beginning with limits, continuity and derivatives of multi-variable scalar functions as well as some other topics such as Taylor series. Later it moves on to the meat of the subject- gradient, curl and divergence (differentiation), and line, surface, volume integrals (integration). These concepts are combined at the end with various Vector Calculus theorems, before finally quickly covering curvilinear coordinates which has applications, among others, in physics. This subject, when I did it in 2016 Semester 1, has 3 lectures and a tutorial each week. They are definitely worth attending- only half of the slides are recorded on Lecture Capture, unfortunately, and that was a problem for me as I could only attend one lecture per week due to clashes. My lecturer was very engaged and easy to understand (in spite of an accent) and this really helped me when trying to follow him while listening on Lecture Capture. This subject has four assignments (5% each), each handed out a week before due date, as well as an end of semester exam. Don't forget to learn all the definitions and statements, particularly of the theorems (like Stokes' Theorem)

Anonymous, Semester 1, 2016

doing past exams as much as possible

Anonymous, Semester 2, 2016

Back when Paul Pearce took it, it was pretty dull. No recordings, slow lecturer...wasn't enjoyable. However, the subject content is still vital for many areas of physics and maths and it is intrinsically interesting. It's also not that hard as many of the questions are computational.

Anonymous, Semester 1, 2015