Product Description

The distinguished British physicist describes the scientific principles of musical sound in a precise, but non-technical way that will engage both amateur and serious musician. Topics include the development of human hearing, general properties of sound curves, transmission and reproduction of sound curves, methods of producing sound, its quality, and harmony and discord. 75 illustrations.

Product Details

• Amazon Sales Rank: #225554 in Books
• Published on: 1968-06-01
• Original language: English
• Number of items: 1
• Binding: Paperback
• 273 pages

Features

• ISBN13: 9780486619644
• Condition: NEW
• Notes: Brand New from Publisher. No Remainder Mark.
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Customer Reviews

A non-technical introduction to the physics behind music
Although I'm personally a fan of Helmholtz's somewhat dated On the Sensations of Tone, "Science and Music" is in my collection because it condenses the essential physics (and a little bit of the biology) underlying music. Right from the elementary definitions of pitch/frequency/period, Sir James Jeans covers the theory of vibrations, the characteristics of strings & pipes, harmony & discord (including Helmholtz's theory of dissonance) - with a quick tour of [intonational] temperaments, and other miscellaneous topics.

The serious reader is probably better off digesting Helmholtz's detailed classic which could, however, prove to be a tedious read for the more casual reader. "Science and Music" instead presents a 'high-school' overview of the physics behind music. The non-technical way in which this book conveys its ideas also allows easy access for those students of music who have a minimal exposure to physics.

the scientific logic behind music theory made simple !
If you're a technical dummy like me, but what to understand some of the basic concepts behind how music, in particular soundwaves, are created work and behave... this is a great book. - - The author seems genuinely sincere in wanting to convey the concepts behind the science of sound to the everyday people and makes no attempt to intimidate of show off. - - No, after reading the book you won't be an expert acoustic engineer, but you might want to take further steps to become one... Topics start with the human ear, how sound waves are made/what they are -- the book explains frequency, harmonics, disonance, tuning systems, how scales and chords are put together to get these waves to behave the way we want them (and what happens when they don't) and then takes a look at a wide variety of instruments - - what factors control the sound in a room and lot's more. - - The author's ability to give simple examples that are very eas to visualize is a strong point of the book. - - If you are looking for something very mathematical and that assumes that you're a physics whiz, the book might not be so interesting, however, if you're a musician, there's a lot of insight to be gained by reading the book... and to boot... its very concise and has a great flow. In conclusion: even as a music teacher I would suggest my students to give this a read - - and the abstract realm of "music theory" will suddenly begin to make sense as get to wittness the source from where it comes from and realize that all it is is a bunch of logical conclusions which you'll be able to reach too after finishing the book.

clear, engaging book on the physics of sound, esp. music
This book presents its material in an engaging and clear way, very interesting, but you must ignore certain outdated assertions in the introduction.

It's a solid general reference on the physics of sound (music in particular) from instrument through air to the ear. It predates cognitive science, it doesn't address that.