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 activity, from the Institution of Engineering and Technology (IET), allows students to investigate the velocity of sound. Two methods, a direct method and an ICT based method, are proposed.

The activity is part...

Purpose: As students progress through secondary science they will develop an understanding of waves as a means of transferring energy. Practical science activities around the study of sound are often used as a basis for understanding features of waves such as wavelength, frequency and amplitude. Digital technology...

The Gravity Jet Suit creates a lot of noise.  This resource explains how sound waves travel and are detected by the human ear.

In this video an oscilloscope simulator on a laptop is demonstrated to visualise a sound wave and calculate its frequency. 

'Our modern society has more ways of making sounds than ever before. How can we control sound to get good quality when we want it and cut out the sounds we don't want to hear?'

These practicals and videos use a workplace context to develop students' understanding of the properties of sound, and how science...

Five activity sheets produced by Institute of Physics (IOP) to accompany the MODEL Project's Sounds Good video.

Worksheet one takes an overview of the topic. Worksheets two - five are targeted at specific sections of the video.

Answers to all the worksheet questions are provided in the Word document...

Four groups of practicals, produced by Institute of Physics (IOP), which help students to understand the properties of sound.

In addition to the guidance included for specific activities, please refer to the generic health and safety information before commencing any practical activity.

This resource...

In this resource from the Construction Youth Trust, students are asked to work out how much electricity is needed to power homes as they are built, and discuss how this demand can be met. The materials have been written to help a non-teaching STEM professional to work with students in an educational setting.

The UK plays a very active role in space research and industry. This collection contains profiles of scientists and engineers, working in space industry or academia, and includes some of their outreach work with schools and colleges in the UK.

This collection of videos, from the European Space Education Office (ESERO-UK),  presents a cross-section of people with careers in UK space industry. 

The majority of the videos include a version that can be used in the primary classroom and a version to use in secondary schools or colleges.  

Many...

This series of activities from NASA are based on a weekly series of space science problems distributed to teachers in the US, from 2004 to 2010. They were intended for students looking for additional challenges in the mathematics and physical science curriculum, from ages 9 to 19 years.

The problems were...

This teaching resource is presented in four stages:

Stage One - Finding out about the problem. In stage one pupils find out more about spacesuits, how they work and why people need them to survive. They also find out more about the challenge to test a series of materials to...