The webpage for the undergraduates is here and it contains further information and links.

The typeset course notes are here

What I do and when may be found
here.

Both of the weekly lectures take place before the Thursday tutorial, which is from 11.15 to 12.05 in 4E 3.40/44.

** Problem sheets and solutions **

Week 1.
ODEs 1,2:
Sheet 1
on the classification of ODEs, the method of separation of variables and the solution of first order linear equations.
Solutions

Week 2.
ODEs 3,4:
Sheet 2
on the solution of linear constant-coefficient equations. Homogeneous ODEs. Start of Inhomogeneous ODEs.
Solutions

Week 3.
ODEs 5: Final section on the solution of Inhomogeneous ODEs.

Sheet 2 (supplementary)
on the solution of more advanced equations. **These are optional with more difficult questions than will
be tested by the exams.**
Solutions

Matrices:
Sheet 1
on terminology, notation, classification, multiplication and compatibility.
Solutions

Week 4.
Matrices:
Sheet 2
on determinants, Cramer's rule, their geometric interpretation and Gaussian Elimination.
Solutions

Week 5.
Matrices:
Sheet 3
on eigenvalues and the solution of linear ODE systems.
Solutions

Laplace Transforms
Sheet 0. This will be given out before next week's first lecture on LTs!
Solutions covered in that lecture.

Week 6.
Laplace Transforms:
Sheet 1
Definitions. Examples, unit impulse, derivatives, solution of some ODEs.
Solutions

Week 7.
Laplace Transforms:
Sheet 2
Shift theorems, the unit step function, convolution.
Solutions

Week 8.
Numerical Mathematics:
Sheet
on root-finding using ad hoc and Newton-Raphson iteration. Includes convergence analyses.
Solutions

Week 9.
Fourier Series:
Sheet
Solutions

Easter break for two weeks.

Week 10.
Least Squares:
Sheet
Solutions (text)
Solutions (figures)
Ounces/grams data for Q2

Week 11.
No lectures.