In this article we show how similar principles can be used to move a polystyrene ball in a circular path.
A short history of the discovery of hydrogen is given, together with its properties, uses and applications, and its importance in transport, from b
Alexander S. Cragg
This article aims to introduce the lanthanides (also known as the lanthanoids) to teachers and their students.
Matter can be described and explained in a number of ways, using models of increasing complexity depending on the intended audience.
Calcium is vital for building bones and teeth, but it is also required to help transmit messages inside cells; its unusual solvation properties mak
David J. Timson
A review of methodologies for teaching the periodic table, focusing on effective techniques with an emphasis on implementation in the classroom.
Rheology is an enormously far-reaching branch of physics (or physical chemistry) and has a number of different guises.
Dipak K. Sarker
By looking into provision for learners with identified special educational needs we can learn more about how to meet individual children's needs an
Dr Leigh Hoath
Creating periodic tables designed to motivate and help students learn about the elements and other aspects of STEM subjects, including STEM careers
Spreading the word on the inspiration of Mendeleev with decorated shirts and illustrated talks.
A wide-ranging discussion of elements that are used to treat, prevent or diagnose disease, injury or illness.
It is commonly accepted that practical work is an essential part of studying science.