From the Institute of Physics, these resources are split into topics and each topic is subdivided into a number of episodes. An episode represents a coherent section of teaching – perhaps one or two lessons. The topics covered are:

* Simple harmonic motion
* Progressive waves
* Electromagnetic...

The video clips in this collection are a collaboration between Teachers TV, the Institute of Physics and the Science and Technology Facilities Council (STFC). Each features a current scientist explaining an aspect of their field of expertise. The topics covered include: * Models of the Solar System * Saturn and the...

These short video clips, from the Teaching Astronomy and Space DVD produced by the Institute of Physics (IOP) and Teachers TV, show simple, accessible and effective demonstrations that can be carried out with students. The demonstrations do not require specialised equipment and help students to understand topics...

Teaching Astronomy and Space was a DVD produced by the Institute of Physics (IOP) and Teachers TV, with funding by the Science and Technology Facilities Council (STFC). Its purpose was to support the teaching of astronomy, cosmology and space to students aged 11 to 16....

This School Science Review article attempts to summarise the good, bad and (occasionally) ugly aspects of teaching astronomy in UK schools. It covers the most common problems reported by teachers when asked about covering the astronomy/space topics in school. Particular focus is given to the GCSE Astronomy...

The Institute of Physics's Medical Physics Group has produced a set of teaching materials which can be used to teach medical physics at GCSE/Standard level in schools. Much of the material is appropriate to use for A-level medical physics options. The Institute's Teaching Medical Physics resources, that include...

This book from the SISCON series contains stories of inventions, studies two important modern industries (plastics and microelectronics) and looks at the effects of their developments on society in the 1980s.

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Using a sample of iron wire you measure the temperature coefficient of resistance. By plotting a graph of temperature against resistance you will then be able to determine the temperature coefficient. This can be using a Wheatstone Bridge, or a digital ohm meter if preferred.

This activity, from the Royal Observatory Greenwich, looks at Hubble’s law, whereby students use real data from the Sloan Digital Sky Survey to plot a graph from which they can obtain the Hubble constant. Students then look at the possible sources of error in their data and use this to calculate the uncertainty in...

This book from the SISCON series tells the story of the atomic bomb: from early discoveries in nuclear physics; development of the first bombs and their use in Hiroshima and Nagasaki; to fears in about nuclear warfare.

This Catalyst article investigates how humans can misjudge the weights of small dense objects and large, light objects and how their perception of weight is easily fooled.

The article is from Catalyst: Secondary Science Review 2014, Volume 24, Issue 3.

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The object of this resource, produced by ESA and ESO, is to present various small projects that will pass on some of the excitement and satisfaction in scientific discovery, to students. Using elementary geometrical and physical considerations, students will be able to derive answers that are comparable with the...