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Book Summary
This classic text explores the physical and mathematical foundations of musical sound, covering acoustics, harmony, and instrument physics. Written by a physicist for a general audience, it bridges science and music with clarity. Ideal for musicians, students, and anyone curious about how sound works, it remains a valuable resource for understanding the science behind music.
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About The Science of Musical Sound (eng)
The Science of Musical Sound by William Ralph Bennett Jr. is a comprehensive introduction to the physics of music. It explains how musical instruments produce sound, how sound waves behave, and how the ear perceives pitch, loudness, and timbre. The book covers topics such as harmonic series, resonance, scales and tuning systems, and the acoustics of various instruments. Bennett, a physicist, presents complex concepts in an accessible manner, using minimal mathematics and numerous illustrations. Originally published in the 1980s, this work remains relevant for its clear explanations of fundamental principles. It is suitable for readers with a basic understanding of physics or music, offering a bridge between the two disciplines.
Who should read The Science of Musical Sound (eng)?
This book is ideal for musicians, music students, and educators who want to understand the scientific basis of their craft. Physics students and enthusiasts interested in applications of acoustics will also find it valuable. It suits readers with a basic background in either music or physics, but no advanced mathematics is required. Anyone curious about how instruments create sound and why we perceive music the way we do will appreciate this accessible yet thorough exploration.
Pros & Cons
Pros
- ✓ Clear and accessible explanations of complex acoustical concepts
- ✓ Written by a respected physicist with a talent for communication
- ✓ Covers a wide range of topics from sound waves to instrument physics
- ✓ Includes numerous illustrations and diagrams to aid understanding
- ✓ Timeless content that remains relevant despite its original publication date
Cons
- ✗ Some examples and technologies may feel dated to modern readers
- ✗ Lacks coverage of digital audio and modern sound synthesis
- ✗ Assumes some basic knowledge of physics or music
- ✗ May be too technical for absolute beginners
- ✗ No accompanying audio examples or interactive elements
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Frequently asked questions
Is this book suitable for someone without a science background?
Yes, the book is written for a general audience and explains concepts in an accessible way, though some basic familiarity with physics or music may help.
Does the book cover digital audio or modern music technology?
No, the book focuses on the fundamental physics of musical sound and does not cover digital audio or modern synthesis techniques in depth.
What is the level of mathematics required?
The book uses minimal mathematics, mostly simple algebra and graphs, making it accessible to readers without advanced math skills.
Is this book still relevant today?
Yes, the core principles of acoustics and music perception remain unchanged, so the book's content is still valuable despite some dated examples.
Does it include practical exercises or experiments?
The book is primarily explanatory and does not include hands-on exercises, but it offers many illustrative examples and diagrams.
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