The composer, author, and teacher, John Cage, was exercised by our 'inability' to truly listen when approaching sound. In exploring the influences on Cage's avant-garde style, specifically the spiritual discipline found in both Zen Buddhism and Chance operations, this paper attempts to distinguish his philosophy (and use) of "silence"…

This article explores the relevance of Polyvagal Theory (PVT) to somatically-informed dance teaching methodologies. It aims to provide a neurophysiological basis for understanding the effectiveness of these teaching approaches and offer practical suggestions for how dance educators can incorporate concepts of PVT into their classroom experiences.

We describe here a low-cost experiment for introductory physics students where they compare the physical properties of aluminum and steel by means of cantilever oscillations. This, in turn, allows the students to improve their physical intuition about these materials. Further, the students can apply their physics and mathematics knowledge and…

The udu is a traditional Nigerian percussion instrument that can be thought of as a Helmholtz resonator with two apertures. We use a simple two-particle mechanical analogue to study the behaviour of such a resonator and find that the model describes quite well the main features of udu acoustics.

Like many other universities, Musical Acoustics is offered at our school as a lab-based course fulfilling general science requirements for non-majors. The course has been team-taught by a physics professor and music professor since its earliest inception and, by far, the most popular unit explores room acoustics through a variety of activities and…

Creating pleasant musical sounds by vibrating the strings of musical instruments such as guitars and violins is the result of the type of instrument played as well as the mastery of the player. This article explains the physics of vibrating strings caused either by a bow drawn over them or by being plucked, and provides a simple analysis to…

In the violin, the fundamental air cavity mode (the A0 mode) is associated with the sound radiated by the f-holes. The dependences of the sound velocity of the A0 frequency on gaseous temperature and mass were investigated. It was found that the frequency of the A0 mode changed, depending on the molecular weight and the temperature of the gas…

Soundscapes engender historical, cultural, social, and aesthetic meanings through acoustical qualities that reflect a community's lived experiences. In this article, we propose music lesson ideas that help students appreciate and embrace their sociocultural heritage--by creating, performing, and listening to soundscapes that are representative of…

An introductory phonetics course provides foundational content for future clinical practice and may serve as a student's first experience within the field of Communication Sciences and Disorders. The Students as Partners framework (Cook-Sather et al., 2014) offers a model for valuing student assets and experiences in co-creating learning materials…

We describe an educational activity that can be completed with mobile media devices in order to understand the working principle of a pair of tuning forks, from the Historical Collection of Physics Instruments of the University of Palermo, and how they were used to explain acoustic interference and beats with the Lissajous optical method. This…

When exploring and introducing sound, students need to understand that there are multiple aspects that work together to create sound. In this single class lesson, students work through an inquiry-based challenge to discover how sound can be manipulated and altered through these elements. By investigating how to manipulate sound, students are able…

A new device for teaching the physics of sound, specifically demonstrating the wavelengths of standing sound waves, is here described. I define a "Lincoln's Tube" as any hollow tube that uses lights (LEDs typically) to demonstrate the presence of sound standing waves. The name is chosen intentionally to recall a Ruben's Tube or a Kundt's…

Intonation is one of the most challenging performance elements for developing wind instrumentalists. There is a need to provide in-service band directors with evidence-based instructional strategies that can be used when teaching their students to perform with accurate intonation. The purposes of this research-to-resource article are to provide…

The acoustic resonance in four glass Helmholtz resonators with diameters of 70, 52, 40, and 32 mm was detected in the frequency range of 360 to 1700 Hz using the simple experimental setup presented in this paper. The measured amplitudes of acoustic pressure required correction since the sound pressure amplitude of the loudspeaker used was not…

There are many factors that influence the ability to play with accurate intonation, and this extending-the-discussion article provides contextual information and suggested teaching strategies for helping students develop such abilities. This Part 2 article describes a series of music activities and teaching strategies that can allow teachers to be…