Little is known about post-secondary band students' growth in musical independence, nor have the relationships between ensemble placement, year in school, gender, and instrument family been documented. Little research is available regarding the effects of instrument family (on which the student performs) or gender on the development of musical independence among music majors. Additionally, previous studies have identified a drop in music achievement test scores for college music majors as they progress from their freshman to sophomore or sophomore to junior years. This study attempts to address and evaluate these issues.The introduction presents a brief overview of the purpose and importance of the study. The review of related literature explores musical independence and the assessment of musical independence, as well as relationships between musical independence, ensemble placement, related listening skills, gender, and instrument family.Richard Colwell's Music Achievement Test 3 and Music Achievement Test 4 were administered to 354 band students at Ball State University, Florida State University, and Wichita State University. Test scores and demographic data including school, student identification number (usually a social security number), top ensemble in which the student participated (1st, 2nd, or 3rd), college major (music major or non-music major), year in school (freshman through graduate student), gender (male or female), and instrument family (woodwind, brass, or percussion) were collected. Data was entered into Statview II, a statistical analysis program for the Macintosh computer. Data was analyzed using ANOVA, Scheffe, and permutation analysis. Conclusions were drawn and recommendations for additional research were made. / School of Music

This study dealt with the perception of dissonance by male, female, freshman and senior music majors. A test was devised which would show that there is a significant difference in dissonance perception between freshman versus senior and male versus female music majors, utilizing specific excerpts from the musical repertoire. Test item analysis was also employed to determine if a significant difference occurs in each excerpt. It was found that certain excerpts show a significant difference while the means of the combined groups do not. This phenomenon was because of relative uncertainty in response between dissonant ("four") and extremely dissonant ("five") excerpts. The conclusions of the study based upon the hypotheses were the following: 1. Four years in a university environment makes a significant difference in a music major's perception of dissonant sounds in music. 2. The sex of the music major causes no significant difference in the perception of dissonance. Male responses were consistent with female responses within the same class.

No description available.

The purpose of the study was to determine whether students' timbre preferences in the sixth grade remain stable through the tenth grade. The investigation also examined whether gender, band instruction, or musical home environment makes any difference in influencing the stability of students' timbre preferences from grade six through ten. Students' timbre preferences at the beginning of the study were compared to their preferences four years later. The students' timbre preferences were obtained by employing Gordon's Instrument Timbre Preference Test (ITPT). A questionnaire was also utilized at the conclusion of the study to determine which students had musical home environments and which did not. All sixth grade students enrolled in a single school district took the ITPT. Each student's scores were tallied and ranked in order to determine their timbre preferences; four years later they were retested and their scores were ranked again.

The purpose of this study was to compare two types of teaching music, isolated and integrative, to determine their influence on achievements in music and academic subjects of pupils in two fourth-grade classes in a Fort Worth elementary school. Attention was directed to the values of music in the lives of individuals, to the two types of teaching music, and to the outcomes of instruction from both types of programs.

No description available.

With the intent of learning more about the process of assessing music ability, the purpose of this study is to investigate the effects of music learning on music aptitude scores. The problem of this study is to determine if there is a difference between pretest-posttest tonal aptitude scores, as measured by AMMA, for students who possess high and low levels of tonal audiation ability and who either received specialized audiation training on computer or no specialized audiation training. Forty-eight Grade 11 and 12 music students were administered AMMA as a pretest. An intact music class of 24 students received 13 weeks of computer instruction. The experimental treatment consisted of a computer assisted software program, Tonal Syntax Tutorial, which provided audiation practice for high school and college students. A randomly selected group of 24 students received their normal classroom music instruction. Pretest AMMA scores were used as the criterion measure. At the end of 13 weeks, all students were re-administered AMMA as a posttest. AMMA pretest and posttest Tonal scores were organized into a multidimensional design. A covariate analysis of the AMMA scores was calculated and a MANOVA was employed to determine differences between the pretest and posttest AMMA Tonal scores. Main effects, interaction effects, and simple main effects were tested at the .05 level of significance. The researcher found no significant difference between the treatment and control group tonal aptitude scores, however, there was a significant difference between levels of aptitude. It was interpreted that the difference between the students who possessed high tonal aptitude and students who possess low tonal aptitude was not a real difference because the difference in student tonal aptitude levels actually existed before the study began. The researcher believes that AMMA can be a useful instrument in the assessment of music abilities of high school students. Also, based on our present knowledge of computer assisted music instruction, it seems that that type of instruction alone is not sufficient to affect a change in tonal audiation ability of high school students.

This study's purpose was to investigate the phenomenon of hemispheric specialization for the pitch and rhythmic aspects of melody. Its research problems were to investigate the Influence of pitch, rhythm, and training on hemispheric specialization for pitch-plus-rhythm melodic fragments. A final problem was to examine the relationship between dlchotic ear scores and eye movements evidenced during melodic processing. Twenty musicians and twenty nonmuslcians, right-handed and equally divided as to gender, participated in the project. Accepted dlchotic testing and eye behavior indexing procedures were implemented to investigate each research problem. The dlchotic tape produced for the study contained five subtests In which pitch activity was variously greater than, less than, or equal to rhythmic activity.

With the intent of learning more about the process of assessing music ability, the purpose of this study is to investigate the effects of music learning on music aptitude scores. The problem of this study is to determine if there is a difference between pretest-posttest tonal aptitude scores, as measured by AMMA, for students who possess high and low levels of tonal audiation ability and who either received specialized audiation training on computer or no specialized audiation training. Forty-eight Grade 11 and 12 music students were administered AMMA as a pretest. An intact music class of 24 students received 13 weeks of computer instruction. The experimental treatment consisted of a computer assisted software program, Tonal Syntax Tutorial, which provided audiation practice for high school and college students. A randomly selected group of 24 students received their normal classroom music instruction. Pretest AMMA scores were used as the criterion measure. At the end of 13 weeks, all students were re-administered AMMA as a posttest. AMMA pretest and posttest Tonal scores were organized into a multidimensional design. A covariate analysis of the AMMA scores was calculated and a MANOVA was employed to determine differences between the pretest and posttest AMMA Tonal scores. Main effects, interaction effects, and simple main effects were tested at the .05 level of significance. The researcher found no significant difference between the treatment and control group tonal aptitude scores, however, there was a significant difference between levels of aptitude. It was interpreted that the difference between the students who possessed high tonal aptitude and students who possess low tonal aptitude was not a real difference because the difference in student tonal aptitude levels actually existed before the study began. The researcher believes that AMMA can be a useful instrument in the assessment of music abilities of high school students. Also, based on our present knowledge of computer assisted music instruction, it seems that that type of instruction alone is not sufficient to affect a change in tonal audiation ability of high school students. / Education, Faculty of / Curriculum and Pedagogy (EDCP), Department of / Graduate

The problem of this study was an analysis of the relationships between performance on certain admissions measures and academic achievement of students in master's degree programs in music education. The purposes of the study were (1) to determine the strength of relationships between scores on each measure included in an admission battery and the academic achievement of master's degree music education students; (2) to determine the strength of the relationship between the final grades in Admission Seminar and the academic achievement of master's degree music education students; and (3) to determine which combination of admissions measures best predict the academic achievement of master's degree music education students.