Are you a physicist who loves music and wants to learn about musical acoustics? If so, you’re in the right place! In this article, we’ll cover some of the best books on musical acoustics written specifically for physicists.
1. “The Physics of Musical Instruments” by Neville H. Fletcher and Thomas D. Rossing
This book is widely considered the go-to resource for anyone interested in musical acoustics. It was written by two physicists with a love of music, and it covers everything from vibrating strings and tubes to vibrating membranes and metals. It also includes a section on the application of acoustics and wave concepts to musical instruments. In this book, you’ll find detailed explanations of acoustic impedance, diffraction, and more. If you’re looking for a comprehensive resource that covers all the basics and more, this is the book for you.
p=2Lx/f
This is a formula that you’ll find in “The Physics of Musical Instruments”. Here, Lx is the length of the string or tube, f is the frequency of the note, and p is the wavelength of the sound wave. The formula tells us the relationship between the length of the string or tube and the frequency of the note it produces.
2. “Musical Acoustics” by Donald E. Hall
This book is aimed at upper-level undergraduate and graduate students in physics who are interested in musical acoustics. It covers the same topics as “The Physics of Musical Instruments”, but it does so in a slightly more technical way. This book is a great choice if you want to dig deeper into the math behind musical acoustics.
Z=rho*c
This formula gives us the acoustic impedance of a material or medium. Here, rho is the density of the material or medium, and c is the speed of sound. Acoustic impedance is an important concept in musical acoustics, as it helps us understand how sound waves interact with different materials.
3. “Music, Physics and Engineering” by Harry F. Olson
This book was first published in 1967, but it’s still considered a classic in the field of musical acoustics. It was written by a physicist and engineer who had a passion for both music and science. The book covers a wide range of topics, from acoustics and psychoacoustics to electronic music and amplifiers. It’s not as technical as “The Physics of Musical Instruments” or “Musical Acoustics”, so it’s a good choice if you’re looking for a more approachable introduction to the subject.
f=nf-n0
This formula tells us the frequency of the beat produced by two waves with slightly different frequencies. Here, nf is the frequency of the higher-pitched wave, and n0 is the frequency of the lower-pitched wave. Beats are an important concept in music, as they can help us tune instruments and understand harmonics.
4. “Acoustics and Psychoacoustics” by David Howard and Jamie Angus
This book isn’t specifically about musical acoustics, but it covers many of the same topics. It’s aimed at undergraduate students in acoustics and audio engineering, but it’s also a great resource for physicists who want to learn more about the subject. The book covers everything from the physics of sound waves to the perception of sound by the human ear. It also includes a section on musical acoustics, which covers vibrating strings and tubes, the physics of brass instruments, and more.
w=n*pi/L
This formula gives us the angular frequency of a vibration. Here, n is an integer representing the number of oscillations, pi is the mathematical constant representing the ratio of a circle’s circumference to its diameter, and L is the length of the vibrating object. This formula is particularly useful for understanding the physics of musical instruments that use vibrating strings or tubes.
Conclusion
Whether you’re a physicist who loves music, or a musician who wants to understand the science behind your instrument, these books on musical acoustics are a great place to start. They cover everything from the basics of vibrating strings and tubes to the more advanced concepts of acoustic impedance and beats. So pick up a copy, and start exploring the fascinating world of musical acoustics!
Books About Musical Acoustics
Books About Musical Acoustics For Physicists
Are you a physicist who loves music and wants to learn about musical acoustics? If so, you’re in the right place! In this article, we’ll cover some of the best books on musical acoustics written specifically for physicists.
1. “The Physics of Musical Instruments” by Neville H. Fletcher and Thomas D. Rossing
This book is widely considered the go-to resource for anyone interested in musical acoustics. It was written by two physicists with a love of music, and it covers everything from vibrating strings and tubes to vibrating membranes and metals. It also includes a section on the application of acoustics and wave concepts to musical instruments. In this book, you’ll find detailed explanations of acoustic impedance, diffraction, and more. If you’re looking for a comprehensive resource that covers all the basics and more, this is the book for you.
This is a formula that you’ll find in “The Physics of Musical Instruments”. Here, Lx is the length of the string or tube, f is the frequency of the note, and p is the wavelength of the sound wave. The formula tells us the relationship between the length of the string or tube and the frequency of the note it produces.
2. “Musical Acoustics” by Donald E. Hall
This book is aimed at upper-level undergraduate and graduate students in physics who are interested in musical acoustics. It covers the same topics as “The Physics of Musical Instruments”, but it does so in a slightly more technical way. This book is a great choice if you want to dig deeper into the math behind musical acoustics.
This formula gives us the acoustic impedance of a material or medium. Here, rho is the density of the material or medium, and c is the speed of sound. Acoustic impedance is an important concept in musical acoustics, as it helps us understand how sound waves interact with different materials.
3. “Music, Physics and Engineering” by Harry F. Olson
This book was first published in 1967, but it’s still considered a classic in the field of musical acoustics. It was written by a physicist and engineer who had a passion for both music and science. The book covers a wide range of topics, from acoustics and psychoacoustics to electronic music and amplifiers. It’s not as technical as “The Physics of Musical Instruments” or “Musical Acoustics”, so it’s a good choice if you’re looking for a more approachable introduction to the subject.
This formula tells us the frequency of the beat produced by two waves with slightly different frequencies. Here, nf is the frequency of the higher-pitched wave, and n0 is the frequency of the lower-pitched wave. Beats are an important concept in music, as they can help us tune instruments and understand harmonics.
4. “Acoustics and Psychoacoustics” by David Howard and Jamie Angus
This book isn’t specifically about musical acoustics, but it covers many of the same topics. It’s aimed at undergraduate students in acoustics and audio engineering, but it’s also a great resource for physicists who want to learn more about the subject. The book covers everything from the physics of sound waves to the perception of sound by the human ear. It also includes a section on musical acoustics, which covers vibrating strings and tubes, the physics of brass instruments, and more.
This formula gives us the angular frequency of a vibration. Here, n is an integer representing the number of oscillations, pi is the mathematical constant representing the ratio of a circle’s circumference to its diameter, and L is the length of the vibrating object. This formula is particularly useful for understanding the physics of musical instruments that use vibrating strings or tubes.
Conclusion
Whether you’re a physicist who loves music, or a musician who wants to understand the science behind your instrument, these books on musical acoustics are a great place to start. They cover everything from the basics of vibrating strings and tubes to the more advanced concepts of acoustic impedance and beats. So pick up a copy, and start exploring the fascinating world of musical acoustics!