The Science Of Sound Thomas D Rossing Pdf Reader
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Physics115 - The Physics of Sound and Music Fall/Spring 20## Description: PHY115 is a four credit-hour science course with lab, designed to meet the general education science requirements. The course examines the physical principles involved in the description, generation, detection, and reproduction of sound. Topic include oscillations and vibrations, waves and waveforms, sound, traveling waves in air, standing waves, resonance, hearing, the ear, loudness, decibels, acoustical measurements, sound-generating electronics, digital sound. Goals of the course: This course is designed for students interested in Music and sound and can be focused toward those majoring in Music, Speech and Hearing, Audio Technology, Telecommunications, and Interior design among others. The course will answer questions like: What exactly is sound How is it perceived How do we quantify sound How is sound produced How does sound travel between a source and a receiver How does the ambient environment affect sound How is sound preserved and reproduced We will use both conceptual and quantitative approaches. Course will be taught in a lecture-lab format. This course could be worked into a learning community for student with the above listed majors. General education Goals of course: COURSE GOALS 1) Examine physics of waves, sounds, and the electronics that generate and detect them. Some basic ideas in the physics of electricity and magnetism will be discussed in order that students understand the electronics component of the course. 2) Students will also develop qualitative and quantitative problems solving skills. 3) Student will grow to appreciate the physical principles at work in the everyday phenomena of sound and music. 4) Practice applying the scientific method to the study and analysis of waves and electromagnetism as seen in the area of music. Class Administration: The usual details attendance, late papers, honor code, dates to remember, etc left to the discretion of the individual instructor. Prerequisites: MAH 099 Textbook: The required textbook is one of the following or its equivalent: The Science of Sound, 3rd Edition, by Thomas D. Rossing, F. Richard Moore and Paul A. Wheeler, Addison Wesley Or Musical Acoustics by Donald E. Hall, 2 nd edition, Brooks/Cole Publisher Or Physics of Sound, Reichard E.Berg and David G. Stork 3 rd edition, Pearson/Prentice Hall Other readings to be posted on Blackboard as needed. Lecture: Class meets for lecture in room### from ##:## to ##:##. Although the lectures will follow topics in the textbook, they will include important additional information and insights not in the text and may omit some information contained in the text. The student is responsible for both the assigned material in the text and what is covered in class. Example problems will be worked during lectures. Informative and 1e1e36bf2d