Skip to main content

This link is exclusively for students and staff members within this organisation.

Unauthorised use will lead to account termination.

Next

Power from wind turbines

The acoustics of the Royal Albert Hall

Making the world’s top music venues sound good requires an understanding of the materials used to construct the space, as well as its shape, alongside knowledge of sound waves and their properties. Charlotte Sterland explores the physics of concert hall design

A round, ornate building with a domed roof.
The Royal Albert Hall
© dbrnjhrj/stock.adobe.com

The terms in bold link to topics in the AQA, Edexcel, OCR, WJEC and CCEA A-level specifications, as well as the IB, Pre-U and SQA exam specifications.

Sound waves can be reflected and absorbed depending on the properties, such as density, of the materials they travel through and on the speed of sound in different materials. Sound intensity dies away in concert halls at a rate depending on the materials and the geometry of the space. Diffraction means that the way echoes travel around a concert hall also depends on the frequency and the wavelength of the sound.

Your organisation does not have access to this article.

Sign up today to give your students the edge they need to achieve their best grades with subject expertise

Subscribe

Next

Power from wind turbines

Related articles: