This Teaching Astronomy and Space video, from the Institute of Physics (IOP), Teachers TV and the Science and Technology Facilities Council (STFC), illustrates a simple demonstration of the phases of the Moon. Using a light source and a small ball, the Moon's phases can be seen by a central observer representing the Earth.…
Produced by the Institute of Physics, this Physics to Go video shows a short demonstration which illustrates the power of water's surface tension and the push of atmospheric air pressure. All that is needed is a cloth handkerchief, a glass and some water. The teachers' notes include the equipment needed, tips and contain…
Produced by the Institute of Physics, this Physics to Go video shows a noisy, amusing demonstration of the physics of music. Using a drinking straw, it is possible to make a vibrating 'reed' similar to ones found in wind instruments. It can take a bit of practice to get exactly right, but it is well worth the effort.…
Produced by the Institute of Physics, this Physics to Go video shows a good visual demonstration of forces, and in particular vortices. This demonstration does require a specialised adapter, but it is readily available and the demonstration is striking. The initial small rotation caused by spinning the bottles gains speed as…
Produced by the Institute of Physics, this Physics to Go video gives a short demonstration which uses a rule and a sheet of newspaper to show just how much force air pressure can exert, especially when it acts over a large area. The teachers' notes include the equipment needed, tips and contain a full explanation of the…
Produced by the Institute of Physics, this Physics to Go video shows a short demonstration. Could you push a plastic straw into a potato? Try doing it slowly and the drinking straw will bend and crush. Be bold and do it quickly and the straw will penetrate the potato due to the instantaneous force and pressure. Watch the video…
Produced by the Institute of Physics, this Physics to Go video shows a short demonstration which shows how force applied over a large area will not break an egg. The shape of an egg is actually one of the strongest designs possible. The curved structure means that applying pressure to any particular area actually spreads the…
Produced by the Institute of Physics, this Physics to Go video shows a short demonstration which is a twist on the lava lamp activity. Watch nuts rise and fall in lager (or any other fizzy drink) as they form bubbles on their surface, and float, before releasing the bubbles at the surface and sinking back down. This demonstration…
Produced by the Institute of Physics, this Physics to Go video shows a classic demonstration which helps to develop understanding about how pressure can influence the volume, and therefore density, of a gas. The Cartesian diver demonstration also links in with the understanding of density, floating and sinking. The teachers'…
Produced by the Institute of Physics, this Physics to Go video shows a demonstration of how the idea of pressure can be shown using just a 35mm film canister, some water and an effervescent tablet. When water is added to the effervescent tablet, bubbles of carbon dioxide gas are given off. When the lid is fitted tightly to the…
From the Institute of Physics, the Physics to Go pack contains everything needed to put on a successful physics event. This resource contains advice and guidance on the following: General advice An introduction to running physics-related events for public audiences, including: • What's it all about? • Tips and…
This resource, produced by the Institute of Physics (IOP) and the Institute of Physics and Engineering in Medicine (IPEM), contains a short introduction to medical imaging and how seeing inside your body can help diagnosis. A presentation is accompanied by teachers' notes. The presentation describes: • using infra-red…
A set of 12 colourful postcards based on the Interactions feature – Do Try This At Home. Some schools have been sending these home to recognise outstanding work in the classroom featuring Marvin and Milo. These cartoon characters show you fun experiments you can try at home.
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