PHYS 103 covers the basic principles of sound and vibration with the goal of understanding how and why musical instruments produce their sounds. Topics include sound analysis techniques, standing waves and overtones, room acoustics, musical scales, and the perception of sound. This course satisfies the breadth requirement of the General Education program (Applications of Natural Science), as well as being a writing-intensive "W" course.
There is no required text to purchase for this course. Instead, students will make use of extensive resources available online, in addition to handouts, worksheets, and copies of lectures that I provide.
The following textbooks are on reserve at the library for this course. Some reading assignments will be taken from these texts.
|Physics and the Sound of Music, Second Edition.|
|The Science of Sound, Third Edition.|
Rossing, Moore, and Wheeler
Addison Wesley, 2002
Musical Acoustics, Third Edition.
The Physics of Sound, Third Edition.
|The Physics of Musical Instruments, Second Edition.|
Neville Fletcher and Thomas Rossing
Physics of Waves
PHYSICS SEMINAR SERIES has invited Dr. David Williams, Departments of Biology and Computer Science &PHYSICS SEMINAR SERIES: The Absorption Of Solar Radiation In The Climate System
PHYSICS SEMINAR SERIES has invited Dr. Aaron Donohoe, Postdoctoral Research Associate, University ofCWU Physics Welcomes Three New Faculty In 2015
Starting Fall 2015, Cassandra Fallscheer (Astronomy), Nathan Kuwada (Biophysics), and Ben White (Con