Complex Numbers Worksheet
The worksheet on complex numbers (available from the rh menu) is your first piece of coursework. Your answers are due in on the first Friday of term. You should work through this sometime between now and then. Should you have any questions about the material, you will be able to discuss them with your tutor on the first day of term.
One of the major differences between the way you have probably been taught physics up until now, and the way it is taught at university, is the increased role that mathematics plays. It is our experience that the transition to learning at University does not cause significant problems, provided that you are reasonably fluent in the mathematics that you have learnt at school or college.
To give you an idea of the mathematical skills we expect you there is a list of topics in the rh menu. We ask that you spend some time between now and the beginning of the academic year revising this material. To help you assess your knowledge here is also a mock diagnostic test, which is similar in scope, and difficulty, to a test you will take in the first week of term. You can check your answers by following the link on the right hand side. Ultimately you will be expected to pass all four sections of this test and there will be opportunities to retake sections during the first term. Obviously the more sections you can pass at the first attempt the better.
For revision there are some good online resources. If you go to mathcentre you will find links to many tutorial resources. The most relevant are in the second group down (after any news items) on the main page entitled mathtutor video tutorials available on-line where there are many video tutorials, practise exercises etc.
The physics course in year 1 will follow closely the text book University Physics with Modern Physics with Mastering Physics (International Ed.) by HD Young and RA Freedman. We provide you with a copy, so please do not go and buy it! For the mathematics component of the course (it covers mathematics in year 2 as well) a recommended textbook is Mathematical Methods for Physics and Engineering, 3rd Edition, by KF Riley, MP Hobson and SJ Bence, Cambridge University Press (ISBN 0521679710).