PHYS 140
The Physics of Music
This course will focus on the physics of various phenomena associated with music. A quantitative, mathematical approach will be used and students will apply the methods of science to gain a greater understanding of music. Topics will include harmonics, frequency and tone, overtones, spectral analysis and the physics of scales. Liberal Arts Exploration.
What is music? How is it made? These questions can be asked from several familiar perspectives -- artist, performer, or composer. These questions, however, can also be examined from a scientific perspective. Why do musical instruments each have a characteristic sound? How does the environment influence the perception of music? How should an instrument be tuned? Where does the sound come from in a clarinet? These are all questions that can be answered by science.
Useful Information
Class Time
MTWRF 8:00-10:45 AM
Location
P-118
Instructor
Dr. Yuly
Help Session MTWRF 3:00-5:00 pm
Location
P-211
Teaching
Andrew Evans,
Colin Lauer
Assistants
Keith Mann,
Mark Spencer
Course Materials
Information
Course Syllabus
Study Guide for Final Exam
Handouts
Hand-out #1
Hand-out #2
Hand-out #3
Hand-out #4
Hand-out #5
Hand-out #6
Hand-out #7
Hand-out #8
Hand-out #9
Random Links
Fourier Series (Input coefficients)
Fourier Series (gets coefficients)
Another nice Fourier synthesizer
Temperament and Musical Scales

