Ensemblestück für Oboe, Klarinette, Fagott, Marimba, 2 Violinen, Viola, Violoncello und Kontrabass. Das in freier Tonalität gehaltene Werk orientiert sich an der Sonatensatzform. Aufführungsdauer: 8\'20\".

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Arnold Schoenberg's Second String Quartet, Op.10, completed in 1908, is the last of his works in which a key signature is used, and is generally regarded as a transitional work leading towards his 'atonal' period. Each of the first three movements has a key signature, whereas the last movement has no key signature--a characteristic of his later atonal works. / This study traces how the harmonic language evolves over the four movements of the quartet. The present analysis of each movement shows the structural procedures, the nature of the polyphony and the compositional techniques employed, including those which result in the dissolution of tonality. These changes contribute to the significance of the quartet as a critical work within the transition from the tonal to atonal medium.

Developing the music cognition competencies of both singers and instrumentalists is one of the goals of school music programs. Vocal and instrumental sight reading are used to indicate the level of development of cognitive skills in music. In this study, vocal and instrumental sight reading served as a basis for determining public school orchestra students' cognitive development in music. Vocal sight-reading and instrumental sight-reading performances of 143 orchestra students in 7th, 9th, and 11th grades were examined. Students' vocal sight-singing accuracy was tested using the Vocal Sight Reading Inventory (Henry, 1999). Students' instrumental sight-reading was assessed using the String Performance Rating Scale (Zdzinski & Barnes, 2002). The ANOVA procedure and the Welch test were applied to determine whether there was an improvement in students' vocal and instrumental sight reading with additional years of school orchestra experience. Results from ANOVA analyses indicated that the differences in students' instrumental sight-reading scores across the three grade levels were statistically significant [F (2,140) = 34.50], p < .01. A post hoc Bonferroni adjustment revealed that the differences between each of the groups were statistically significant (p < .05) in favor of older and more experienced students. For vocal sight reading, the Tamhane procedure revealed significant differences only between students at the 7th and 11th grade levels, also in favor of the older students (p < .05). Correlational analysis indicated that there was a strengthening of the relationship between students' vocal sight reading and instrumental sight reading as students progressed in grade level, indicating that they were continuing to develop their musicianship skills. The correlation between vocal sight-reading and instrumental sight-reading scores according to grade level were r = .36, p < .05 for 7th grade, r = .52, p < .01 for 9th grade, and r = .64, p < .01 for 11th grade. In this study I stressed the importance of both vocal sight-reading and instrumental sight-reading experiences for orchestra students and ultimately for all instrumental students. I also proposed theoretical models as to how the two skills are related and how they might be developed.

From Introduction: In the middle of the eighteenth century, when Haydn began composing his first string quartets, violin writing was highly advanced and the violin an established solo instrument, its supremacy already firmly endorsed by the Italian Violin Schools of the seventeenth and early eighteenth centuries. The pace of development of the cello, however, was not comparable to that of the violin, despite the fact that the first cello known to us was made in 1572.

Este trabalho versa sobre desenvolver a habilidade de “reconhecer características ou propriedades de fenômenos ondulatórios ou oscilatórios, relacionando-os a seus usos em diferentes contextos” (BRASIL, 2009, p.8) de uma forma menos tradicional. O objetivo foi abordar o conteúdo de acústica utilizando instrumentos musicais (violão, guitarra, flauta, xilofone, lira...). A partir de ondas estacionárias em tubos sonoros e cordas vibrantes, foram elucidados os conceitos de altura, intensidade e timbre, relacionando com os conceitos básicos de ondas – frequência, comprimento de onda, amplitude, velocidade de propagação das ondas em cordas de diferentes densidades lineares, entre outros. Também foram trabalhadas notas musicais e conceitos bem básicos de formação de acordes. A proposta foi aplicada com os dois nonos anos de um colégio particular bastante tradicional de Novo Hamburgo: o Colégio Marista Pio XII. Nesta fase final do Ensino Fundamental, o colégio disponibiliza aos seus alunos cinco períodos de Ciências da Natureza, distribuídos em: um de Biologia, dois de Física e dois de Química. A ideia é que fossem trabalhadas Competências e Habilidades comuns aos componentes curriculares, por meio de sequências didáticas. O trabalho foi aplicado em um total de seis encontros, cada um com duração de 50 min. Alguns desses períodos foram dedicados a aulas puramente expositivas, outros deles com aulas expositivas dialogadas, com a utilização de uma espiral de caderno, uma guitarra, um cavaquinho, instrumentos de sopro e do computador, onde interpretamos as frequências fundamentais emitidas pela vibração das cordas e do ar em tubos sonoros com o software Spectrogram1. Como referencial teórico, utilizamos a teoria sócio-interacionista de Vygotsky e alguns conceitos de alfabetização científica. A discussão e o manuseio de instrumentos musicais em pequenos grupos fizeram com que os alunos interagissem entre si e com o professor, favorecendo a construção do conhecimento e a interação de signos. A partir dessas interações aluno - instrumentos musicais, professor - aluno e aluno – aluno, o objetivo era abrir espaço para questionamentos, discussões e reflexões, de maneira que o conhecimento fosse sintetizado por todos. Como referência para o planejamento de ensino, construção do significado das aulas e análise das interações, utilizamos uma ferramenta analítica de Mortimer e Scott (2002). / This work is about developing the ability to "recognize characteristics or properties of wave or oscillatory phenomena, relating them to their uses in different contexts "(BRASIL, 2009, p.8), in a less traditional way. The objective was to approach the content of acoustics using musical instruments (guitar, electric guitar, flute, xylophone, lyre ...). From stationary waves in sound tubes and vibrating strings, concepts of height, intensity and timbre, were elucidated, relating them to the basic concepts of waves - frequency, wavelength, amplitude, velocity of wave propagation in strings of different linear densities, among others. Musical notes and basic concepts of chord formation were also seen. The proposal was applied with two groups of nineth graders from a very traditional private school in Novo Hamburgo: Marista Pio XII school. In this final phase of elementary school, the school offers its students five classes of Science a week, distributed in one of Biology, two of Physics and two of Chemestry. The idea was work with common skills to these curricular components, through didactic sequences. The work was applied out in a total of six classes, each lasting 50 min. Some of these were devoted to purely expository presentation, others with dialogic lectures, with the use of the spiral of a notebook, a guitar, another small kind of guitar, wind instruments and a computer where we interpret the fundamental frequencies emitted by the vibration of the strings and air in sound tubes with the Spectrogram software2. As a theoretical reference, we use Vygotsky's socio-interactionist theory and some concepts of scientific literacy. The discussion and manipulation of musical instruments in small groups led the students to interact with each other and with the teacher, favoring the construction of knowledge and interaction. From these student - musical instruments, teacher - student and student – student interactions, the objective is to open space for questions, discussions and reflections, so that knowledge was synthesized by all. As a reference for teaching planning, construction of meaning and interaction analysis, l we used an analytical tool by Mortimer and Scott (2002).

abstract: ABSTRACT Classical violin playing and American fiddle music have traditionally been seen as separate musical worlds. Classical violinists practice and study long hours to master a standard repertoire of concertos and sonatas from the Western European school of art music. Fiddlers pride themselves on a rich tradition passed down through generations of informal jam sessions and innovation through improvisation. Mark O'Connor's Fiddle Concerto, premiered in 1993, sounds like a contradiction at first: a quintessential classical form combined with traditional fiddle playing. Examination of the Fiddle Concerto will show that the piece contains classical and fiddle-style elements simultaneously, creating an effective hybrid of the two styles. This document will explore how the history of the classical violin concerto and American fiddle music converge in Mark O'Connor's Fiddle Concerto. To gain an understanding of O'Connor's composition process, I submitted to him a list of questions, via email, in the summer of 2016. O'Connor’s responses provide a unique insight into the genesis of the Fiddle Concerto and his vision for musical compositions that originate from multiple genres. Chapter four of this document will discuss the melodic themes, formal makeup, and techniques presented in the Fiddle Concerto and show how both classical and fiddle elements coexist in the piece. The result of the mix is an exciting work that appeals to a broad audience of music lovers. The final chapter of this document will explore the growing repertoire of music created by cross-pollinating from different styles to create a new style, including selected O'Connor compositions completed since the Fiddle Concerto, as well as similar works by other composers who combined classical elements with other musical styles. / Dissertation/Thesis / Doctoral Dissertation Music 2016

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Este trabalho versa sobre desenvolver a habilidade de “reconhecer características ou propriedades de fenômenos ondulatórios ou oscilatórios, relacionando-os a seus usos em diferentes contextos” (BRASIL, 2009, p.8) de uma forma menos tradicional. O objetivo foi abordar o conteúdo de acústica utilizando instrumentos musicais (violão, guitarra, flauta, xilofone, lira...). A partir de ondas estacionárias em tubos sonoros e cordas vibrantes, foram elucidados os conceitos de altura, intensidade e timbre, relacionando com os conceitos básicos de ondas – frequência, comprimento de onda, amplitude, velocidade de propagação das ondas em cordas de diferentes densidades lineares, entre outros. Também foram trabalhadas notas musicais e conceitos bem básicos de formação de acordes. A proposta foi aplicada com os dois nonos anos de um colégio particular bastante tradicional de Novo Hamburgo: o Colégio Marista Pio XII. Nesta fase final do Ensino Fundamental, o colégio disponibiliza aos seus alunos cinco períodos de Ciências da Natureza, distribuídos em: um de Biologia, dois de Física e dois de Química. A ideia é que fossem trabalhadas Competências e Habilidades comuns aos componentes curriculares, por meio de sequências didáticas. O trabalho foi aplicado em um total de seis encontros, cada um com duração de 50 min. Alguns desses períodos foram dedicados a aulas puramente expositivas, outros deles com aulas expositivas dialogadas, com a utilização de uma espiral de caderno, uma guitarra, um cavaquinho, instrumentos de sopro e do computador, onde interpretamos as frequências fundamentais emitidas pela vibração das cordas e do ar em tubos sonoros com o software Spectrogram1. Como referencial teórico, utilizamos a teoria sócio-interacionista de Vygotsky e alguns conceitos de alfabetização científica. A discussão e o manuseio de instrumentos musicais em pequenos grupos fizeram com que os alunos interagissem entre si e com o professor, favorecendo a construção do conhecimento e a interação de signos. A partir dessas interações aluno - instrumentos musicais, professor - aluno e aluno – aluno, o objetivo era abrir espaço para questionamentos, discussões e reflexões, de maneira que o conhecimento fosse sintetizado por todos. Como referência para o planejamento de ensino, construção do significado das aulas e análise das interações, utilizamos uma ferramenta analítica de Mortimer e Scott (2002). / This work is about developing the ability to "recognize characteristics or properties of wave or oscillatory phenomena, relating them to their uses in different contexts "(BRASIL, 2009, p.8), in a less traditional way. The objective was to approach the content of acoustics using musical instruments (guitar, electric guitar, flute, xylophone, lyre ...). From stationary waves in sound tubes and vibrating strings, concepts of height, intensity and timbre, were elucidated, relating them to the basic concepts of waves - frequency, wavelength, amplitude, velocity of wave propagation in strings of different linear densities, among others. Musical notes and basic concepts of chord formation were also seen. The proposal was applied with two groups of nineth graders from a very traditional private school in Novo Hamburgo: Marista Pio XII school. In this final phase of elementary school, the school offers its students five classes of Science a week, distributed in one of Biology, two of Physics and two of Chemestry. The idea was work with common skills to these curricular components, through didactic sequences. The work was applied out in a total of six classes, each lasting 50 min. Some of these were devoted to purely expository presentation, others with dialogic lectures, with the use of the spiral of a notebook, a guitar, another small kind of guitar, wind instruments and a computer where we interpret the fundamental frequencies emitted by the vibration of the strings and air in sound tubes with the Spectrogram software2. As a theoretical reference, we use Vygotsky's socio-interactionist theory and some concepts of scientific literacy. The discussion and manipulation of musical instruments in small groups led the students to interact with each other and with the teacher, favoring the construction of knowledge and interaction. From these student - musical instruments, teacher - student and student – student interactions, the objective is to open space for questions, discussions and reflections, so that knowledge was synthesized by all. As a reference for teaching planning, construction of meaning and interaction analysis, l we used an analytical tool by Mortimer and Scott (2002).