Review: 30 Second Physics

It’s always useful to have a few popular science books available for interested students. These make great summer extension work for some, and even less enthusiastic pupils may dip in and out of good prose. Adding magazines and a selection of science blogs is always worthwhile, of course…

30 Second Physics, Brian Clegg (ed)

Ivy Press, 2017, 160pp, £9.99, ISBN 9781782405146: buy via Amazon.

30-Second Physics cover
30-Second Physics

The book follows an established format; each edited by an expert in the field, and broken down into topics with small sections. In some ways it is the ultimate expression of a textbook with a double-page spread for each idea! It is, however, much briefer in detail but wider in scope. It’s worth noting that each topic is illustrated with a full-page picture, many of which owe more to artistic design principles than scientific diagrams. This is sometimes a missed opportunity.

Most of the text would be accessible to able GCSE science students and above; any who find particular ideas challenging can refer to the ‘three-second thrash’ on each page. If more detail is needed, there is a hint to further study, page references to related topics and brief biographies of relevant scientists. Each of the six sections includes one longer description; the usual physics suspects appear.

I’m not sure if the would supply useful extension work for specific topics but could be a good way to encourage students to consider links to the ‘Big Picture’. Because the text is accessible, selected bits would also work well to challenge able students at the upper end of KS3. Depending on personal preference, it could also be loaned out to students who might prefer to dip into something briefly rather than digging into something meatier.

One cautionary note; the pages on Energy are, unsurprisingly, aligned with the ‘types and transformations’ model rather than ‘stores and pathways’. This would not even be noticed by most parents, but students may find the reversion to a model no longer recommended for school teaching is confusing. The physics, of course, is fine – it is just the way the equations and processes are described in words that may cause difficulties. And as a physicist, I think the lack of equations on the pages is a shame; I suspect the average reader would consider it a benefit!

Overall, I’d recommend this as a good starting point for a classroom bookshelf but most interested students will soon move on to books on more specific physics topics. It would be a great for interested parents so they have a clue about what their children are encountering in lessons.

I was sent a free pre-publication copy to review; it was released on Amazon on 17th August.