This module expands on the introductory mathematics taught in the Skills for Chemists module. It provides students with an understanding of some practical applications of calculus and the physical underpinnings of chemistry. Students will learn about the fundamental process of modelling physical phenomena using mathematics and how new models are developed. They will learn to solve simple, chemically relevant numerical problems unaided, whilst exploring more complex problems with computational techniques.
The module also provides an understanding of the interactions and drawbacks of treating atoms as solid (classical) particles. The interactions between electrons and nuclei, and between atoms and molecules, will be considered. This module will also introduce the basic consequences of the quantisation of matter, with relevance for future modules in spectroscopy and quantum chemistry.
A computer-based practical will be used to highlight physical phenomena from the lectures, and to provide experience in the use of computers for solving complex chemical problems. In particular, their applications to quantum chemistry will be explored.