Science KS1: How does sound travel?
This video gives pupils the opportunity to explore how sound travels in a real life context.
The video investigates how sound is transferred through materials and the role that molecules have as part of this process.
It builds on the concepts explored in the conductors and insulators video and relates these to the movement of molecules in the context of sound rather than temperature.
After investigating how sound travels, the video moves to explore insulators and how these can shield the sound transfer.
Central to these concepts is the role of different materials and this is explored through this video.
This video is an ideal tool to support pupils in discussing what sound is and how it travels, it is also useful to look at the role of an insulator in the context of sound.
Pupils can discuss and explore how the movement of molecules causes sounds to travel and how this impacts on our daily lives.
Pupils can discuss how they can find out more about materials that act as conductors and insulators for sounds through planning a Science investigation themselves.
Points for discussion:
· What is a conductor?
· What is an insulator?
· How does sound travel?
· How can we stop or reduce the volume of sound traveling?
Following use of the video, teachers can work with their pupils to investigate conductors and insulators of sound in the context of their classrooms.
Can they plan and carry out an investigation to find out how they can increase of decrease the ability of sound to travel from one location to another.
To do this, they will need to consider equipment needed and also make predictions to then find out if they were correct.
This short film is relevant for teaching Science at KS1 in England and Wales, Foundation and KS1 in Northern Ireland and Early and 1st Level in Scotland.