This booklet is part of the ‘Innovations in Practical Work’ series published by the Gatsby Science Enhancement Programme (SEP). It is based on two specially developed resources produced by SEP: the Optical Signal Transmission Set and the Analogue/Digital Transmission...

These diagnostic questions and response activities (contained in the zip file) support students in being able to:

• Measure pairs of readings, of current through a component and p.d. across it.
• Use pairs of values, read from an IV-graph, to calculate resistance of a component for a given p.d....

Mathematics plays a vital part in space flight, it gives us a way both to predict what should happen in the future and also ways to measure what’s actually happening in the present, and adapt to it. In this resource we look at a few places where maths helps in space flight. The maths is made simple here (it’s far,...

With this simulation, students build an understanding of solution concentration by varying amounts of solute, solvent, and solution. Experimenting with several different chemicals in solid and concentrated solution form, students can develop qualitative and quantitative relationships.

Learning objectives...

This video is the full experiment in real time to investigate the rate of conduction in various metals.

Produced by the LSIS, this practical activity is designed to engage learners in discussion about momentum and to help them to predict the possible effects of a collision. You may choose to perform a demonstration, using a simple runway, ball bearings and magnets, and then ask pairs or groups of students to try it...

This video demonstrates how the gravitational potential energy of a skateboarder is converted into kinetic energy as they move down a ramp.  It discusses efficiency and how you can calculate the energy mathematically at both stages.  It also ties into SUVAT and demonstrates how an objects acceleration due to...

These resources were developed by the Gatsby Science Enhancement Programme in collaboration with Keele University in order to provide support for teaching aspects of ‘How Science Works’. The emphasis of the materials is on ‘data, evidence, theories and explanations’ linked to ‘applications and implications of...

This Nuffield Pathways Through Science module began with the study sound waves and vibrations including how the ear works and the properties of ultrasound. This led on to activities related to how sound vibrations are captured, recorded, and produced. The final group of...

This video demonstrates a convection experiment for GCSE Physics using potassium permanganate in water with a Bunsen burner.

Comets are considered to be time capsules containing information about the conditions of the early Solar System. In order to understand what comets are, where they come from, and their influence on the evolution of Earth, it is necessary to find out what material they contain. This teacher demonstration and student...

This Catalyst article looks at how scientists can use material recovered from archaeological sites to see how crops have been introduced to different countries over the history of farming. Three processes by which some plant material can be preserved are explained. The ratio of carbon isotopes from the collagen in...

Produced by the Science and Technology Facilities Council (STFC), Cosmic Rays is a colour A5 leaflet that opens out into an A2 double-sided wallchart describing cosmic rays and where they come from, what effect they have on Earth and how they are used in scientific applications. Sections of the leaflet cover: *The...