Learn about the cooling down of liquids and thermal insulators in this colourful comic aimed at students in Key Stage Two. Written to promote enquiry skills in a context, it focuses on making predictions before carrying out an investigation on how quickly a hot liquid...

Learn about the properties of gases in this colourful comic aimed at Key Stage Two. Written to promote scientific enquiry, it contains a linked investigation which focuses on how to plan and carry out an investigation when considering which materials are good at...

Learn about the properties of materials in this colourful comic aimed at students in Key Stage Two. Written to promote enquiry skills, it contains a linked investigation which focuses on making careful observations when testing the hardness of materials.

Learn about the properties of solids and liquids and dissolving in this colourful comic aimed at students in Key Stage Two. Written to promote enquiry skills in a context, it focuses on planning investigative work and evaluating evidence before carrying out an...

Learn about the properties of materials and changing state in this colourful comic aimed at students in Key Stage Two. Written to promote enquiry skills, it contains a linked investigation which focuses on planning and recording when finding out how to make the best...

Learn about the properties of materials in this colourful comic aimed at students in Key Stage Two. Written to promote enquiry skills in a context, it focuses on making careful observations when carrying out an investigation testing the hardness of materials.

This multimedia package was developed by the Gatsby Science Enhancement Programme to support and extend the teaching of sensors to students aged 14-19. The development and use of sensors is a rapidly growing area. Students should already have some familiarity with sensors through their use in a classroom context in...

From NASA, Solar Energy for Space Exploration is a problem-based learning activity. The project requires students to propose and defend a design to provide power to a lunar or Martian research base for six astronauts. To prepare for the final project, students investigate the variables that affect the operation of...

This booklet is part of the ‘Innovations in Practical Work’ series published by the Gatsby Science Enhancement Programme (SEP). Solar cells use light from the Sun to generate electricity, and it is now quite common to see solar-powered consumer devices. What has held...

This booklet is part of the ‘Innovations in Practical Work’ series published by the Gatsby Science Enhancement Programme (SEP). Sound is an important part of our lives. Many people enjoy listening to music, and watching television would not be the same without sound. On...

A Year 11 module from the Salters’ Key Stage Four double award science course. The science content of this module covers electromagnetism, the inductive effect and the motor effect. These topics are developed in the context of recording and reproducing sound. Students begin by recording and playing back their own...

This resource describes how students can investigate the sugars in food and drink. Background information is provided about complex and simple carbohydrates.

In the first activity, students use clinistix to test for glucose. The second worksheet describes the use of Benedict's Reagent to test for reducing...

These resources from NASA look at why telescopes are put into space. Students build simple spectroscopes and telescopes to learn the answer to this question. This educator guide is divided into units of study that include science demonstrations, lesson plans and student sheets so that students may learn about Earth...

A Year 11 module from the Salters’ Key Stage Four double award science course. The context for this module is the use of scientific ideas to explain human performance. Students discuss what is meant by being ‘fit’. They compare different uses of the word 'work' and are...

A Year 11 module from the Salters’ Key Stage Four double award science course. This module explores the controlled and co-ordinated energy changes which maintain a complex series of interlinked metabolic processes in living tissues.