Wave power is continually available around our shores but remains an untapped resource on the commercial scale, this article provides an overview o
Creating periodic tables designed to motivate and help students learn about the elements and other aspects of STEM subjects, including STEM careers
Finding an old notice on a canal towpath inspired a consultation with colleagues and search for evidence in an old book to help us look into how th
Spreading the word on the inspiration of Mendeleev with decorated shirts and illustrated talks.
The authors learn through their enthusiasm for fieldwork and biodiversity.
A wide-ranging discussion of elements that are used to treat, prevent or diagnose disease, injury or illness.
How the periodic table came to be devised and why one version is now the preferred format.
The analysis of this household product provides an excellent everyday example of a neutralisation reaction and allows students the opportunity to c
John F. McCullagh
We find that the way we sort our rubbish for recycling has strong links with the way the elements in them are bonded – a sort of periodic table for
A short piece arguing that hydrogen should head up group 4 (14) in the periodic table.
A teaching module to introduce students to a feature of the nature of science (analogies and models) through learning about a curriculum topic (ele
Keith S. Taber
Forces, motion, electricity, atomic physics and wave effects can be illustrated using outdoor student activities.