Math Reading

Discusses how to use the best available tools to quantify your measurement results. Covers parameter estimates in a measurement model, using probability theory in multi-dimensional vector spaces. Designed for every engineer and scientist interested in accurate measurements.

A supplement to all introductory physics courses which have a strong lab component. The ever-increasing use of the computer as a tool for data analysis and acquisition has not eliminated the need for a grounding, sound experimentation design, Baird continues to emphasize the fundamentals of experimentation with added consideration for the power of new technology.

The progression and evolution of measurement has run parallel to the development of civilisation. From early systems that made universal trade possible all the way to modern methods that allow investigation, understanding and control of the chemical, physical and biological processes of the natural world. Understand the origins of our units of measurement, who discovered them, the ways in which they have developed and changed over time and the many connections between them. Together units of measurement help us to fathom the scale of the universe and give mankind a set of tools that enable us to think in detail about the physical world and extend our knowledge.