Programme/Approved Electives for 2025/26
None
Available as a Free Standing Elective
No
This module continues from "Sets, functions, and proofs" and provides an introduction to complex numbers and linear algebra. Topics will include complex numbers, matrix algebra, linear transformation, elementary row operations, solving systems of linear equations, determinants, eigenvalues and eigenvectors, diagonalisation of matrices, three dimensional vector algebra and geometry, lines and planes, general vector algebra, linear independence and bases.
Aims
The aim of this module is to build on the techniques developed in "Sets, functions, and proofs", and to introduce students to linear algebra and its applications.
Intended Learning Outcomes
state key definitions, properties, and theorems related to complex numbers, systems of linear equations, three dimensional vector geometry and matrices: 1,3analyse and critique mathematical arguments involving complex numbers, systems of linear equations, three dimensional vector geometry and matrices: 1,3solve problems about complex numbers, systems of linear equations, three dimensional vector geometry and matrices and communicate solutions accurately and reliably with structured and coherent arguments: 2,3prove basic theorems concerning complex numbers, systems of linear equations, three dimensional vector geometry and matrices: 2,3
36 hours of lectures12 hours Examples Classes20 hours of assessment preparation80 hours private study2 hour examination
Description of Module Assessment
1: Class Test weighted 20%Class test - multiple choiceA multiple choice 40-minute class test. This consists of a set of questions with 4 possible solutions. Students will be graded for identifying the correct solutions, and also for giving reasoning why the other three are not correct.
2: Assignment weighted 20%Written assignmentA written assignment. This consists of a set of questions with pre-allocated space
for written solutions. Students should expect to spend 10 hours on this coursework.
3: Exam weighted 60%Final examinationUnseen, two-hour end of semester examination with around 8 questions.