I I h I. ' NRA} I ' fps“ a. M: ‘4‘.“. Y'I' é‘ I'Il “tn if“. 1 UK“: ‘q-‘I'III> '3. I” III I 3‘? 52m“. ‘ I '6. I V "III; Q‘ *t.‘ I,‘ 2‘35" :I‘ ~{:"II I ”I“: "I- ”XIII $0.5" v' “2"".I Dev)” 'I l 919' I I- I I, I- III'4IfIi', I I. .: ':II ‘ ?}\‘3‘Q‘I ' "I' $631!”, I I Y 11".” ’0':" I E‘II’I r,“ "III (”II II’II'I‘ ‘-':f..m mmm.h moucoz Amanzv mmm.m hwv.m vvm.m cmzmuumz Akmuzv own.~ vnm.h cho.m mamcmaawm Amquzv mHo.m moa.m www.m zoo .m.m Aveuzv noH.m vmm.v mmH.m xoouu mauvmm GOMuMH>mo moccaum> cum: muouw oumccmum OHOnvm HMHOH. CO EooummmHo comm How mcoflumw>mo unaccoum 6cm .mmocmwum> .mcmmz II H.v manna 27 Hypotheses This study tested four hypotheses which stated here are in nondirectional form. All four were tested using analysis of variance. Year in school, age, and sex are the factors for the first hypothesis. The second hypothesis tested the factors, number of years in choir and number of previous music classes taken. Private study of piano, instrument, and voice are the factors of hypothesis three and festival ratings and school size are the factors which pertain to hypothesis four. The dependent variable for all hypotheses is choral music style achievement. The four hypotheses were tested as follows: Hypothesis I: There will be no difference among high school aged students according to year in school, age, or sex (or interactions there of) on the dependent variable of choral style as measured by the P.A.L.T. Table 4.2 -- Descriptive Data for Year in School, Age, and Sex Source ” Mean Year in School 0 Freshmen 6.42 l Sephomore: 7.06 2 Junior 7.38 3 Senior 7.60 Age 0 14 7.25 l 15 7.09 2 16 7.04 3 17 7.64 4 18 6.78 Sex 0 Male 7.30 1 Female 7.17 28 Table 4.3 -- Analysis of Variance of Total Score by Year in School, Age, and Sex Source of SS df MS F P Variation Main Effects Year in Sch. 98.767 32.922 3.865 .010 Age 84.303 4 21.076 2.474 .044 Sex 3.432 1 3.432 .403 .526 2-Way Interaction Y x A 68.885 6 11.481 1.348 .235 Y x 8 1.455 3 .485 .057 .982 A x S 11.062 4 2.765 .325 .861 3-Way Interaction Y x A x S 52.177 3 17.392 2.042 .108 Within 2904.980 341 8.519 Total 3174.219 365 Table 4.2 shows that as the student increases in years in school the achievement level gets better. The mean score for age also increases with a slight drop at the senior year. Table 4.3 reveals significant differences by year in school and age, hence the null hypotheses for those main effects are rejected. No other significant differences in main effects or interactions were found. Hypothesis II: There will be no difference among high school students according to the level of number of years in choir or number of previous music classes taken on the dependent variable of choral style as measured by the P.A.L.T. 29 Table 4.4 -- Descriptive Data for Years in Choir and Number of Previous Music Classes Taken Source Mean Years in Choir 0 One to Two Years 6.38 1 Three to Four Years 6.9 2 Five to Six Years 7.67 3 Seven or more Years 8.48 Number of Classes 0 None 6.92 1 One to Two Classes 7.32 2 Three to Four Classes 8.19 3 Five to Six Classes 8.17 4 Seven or more Classes 7.25 Table 4.5 -- Analysis of Variance of Total Score by Years in Choir and Number of Previous Music Classes Taken Source of Variation SS df MS F P Main Effects Years In Choir 188.098 3 62.699 7.558 .001 # of Classes 46.734 4 11.683 1.408 .231 2-Way Interaction Y x #C 64.440 10 6.444 .777 .651 Within _ 2878.792 347 8.296 Total 3173.589 364 Table 4.4 reveals that the longer one is in choir the higher score on the P.A.L.T. The number of previous classes has no effect. Table 4.5 shows a significant difference by years in choir therefore the null hypothesis for that main effect is rejected. No other significant differences in main 30 effects or interactions were found. Hypothesis III: There will be no difference among high school aged students according to the private study of piano, instrument, or voice (or interactions there of) on the dependent variable of choral style as measured by the P.A.L.T. Table 4.6 -- Descriptive Data for Private Piano, Instrument, and Voice Source Mean Private Piano 0 None 6.73 1 One to Two Years 7.24 2 Three to Four Years 8.31 3 Five to Six Years 8.63 4 Seven or more Years 9.03 Private Instrument 0 None 6.95 1 One to Two Years 7.19 2 Three to Four Years 8.53 3 Five to Six Years 7.84 4 Seven or more Years 8.58 Private voice 0 None 7.22 1 One to Two Years 7.58 2 Three to Four Years 7.34 3 Five to Six Years 4.72 4 Seven or more Years 2.00 The preceding table indicates that the longer one studies piano the higher the aural perception of musical style as measured by the P.A.L.T. The study of a private instrument also indicates the same with a slight exception between five to six years and seven or more. The descriptive data for private voice reveals that the longer one studies the less one knows about musical style especially for the one case 31 with seven or more years of private voice study. Table 4.7 -- Analysis of Variance of Total Score by Private Piano, Private Instrument, and Private Voice \ Source of Variation SS df MS F P Main Effects Pri. Piano Pri. Instrument Pri. Voice 2-Way71nteraction P x I P x V I x V 3-Way_Interaction P x I x V Within Total 222.726 4 55.682 7.170 .001 78.727 4 19.682 2.535 .040 113.726 4 28.431 3.661 .006 132.602 15 8.840 1.138 .321 136.119 9 15.124 1.948 .045 70.123 8 8.765 1.129 .343 25.387 7 3.627 .467 .858 2438.348 314 7.765 3174.219 365 Table 4.7 reveals significant differences by private piano, private instrument, private voice and the interaction of private piano-private voice. The null hypotheses for these main effects and the interaction are rejected. No other significant differences in the other interactions were found. Hypothesis IV: There will be no difference among high school aged students according to festival ratings or school size (or interaction there of) on the dependent variable of choral style as measured by the P.A.L.T. 32 Table 4.8 -- Descriptive Data for Festival Ratings and School Size Source Mean Festival Rating 0 Superior (I) 7.93 2 Fair (III) 6.79 3 Less than Fair (IV) 5.10 School Size 0 AA 8.28 l A 5.68 2 B 7.03 3 C 6.35 Table 4.9 -- Analysis of Variance of Total Score by Festival Rating and School Size Source of Variation SS df MS F P Main Effects Rating 304.884 2 152.442 22.577 .001 Size 433.221 3 144.404 21.386 .001 2-Way Interaction R x S 64.199 2 32.100 4.754 .009 Within 2417.294 358 6.752 Total 3174.219 365 In Table 4.8 the data indicates that the higher ratings and larger schools will have a higher achievement level of choral style perception as measured by the P.A.L.T. Table 4.9 reveals significant differences by festival rating, school size and the interaction of the two variables hence the null 33 hypotheses for those main effects and that interaction are rejected. Discussion of Data The examination of the frequencies on the raw data dealing with choice of style and the element for style determination brings forth some interesting information. Table 4.10 lists the style chosen by the larger number of students and the element for style determination chosen by the larger number of students from all eight schools. This shows that questions 1, 9, ll, 12, and 15 were answers chosen by the larger number of students from all eight schools. These five examples include the three Classical selections on the test, one Baroque selection, and one Twentieth Century selection. Several other questions were chosen by either seven of the eight classrooms or six of the eight classrooms. The Classical and Baroque styles were chosen most often with the breakdown of 120 answers as follows: Renaissance (19), Baroque (33), Classical (37), Romantic (13), and Twentieth Century (18). The Renaissance, Baroque, and Classical styles had one element for style determination which was predominately chosen. These were form, rhythm, and form respectively. The Romantic style had color, harmony, form, and rhythm of which none was the major element. The Twentieth Century style was characterized by color, harmony, and rhythm. Table 4.10 -- Raw Data Answers for each Question by the highest number of students from each classroom tested. 34 * indicates correct. Classroom: Classroom: Battle Creek Central \OCDNIO‘U'InwaH o o o I o o o o o H O 11. 12. 13. 14. 15. koarqchunhtnknd m HHHH wNHO 14. 15. *Classical Baroque *Romantic *Baroque *Renaissance Twentieth Century *Baroque *Twentieth Century *Classical *Renaissance *Baroque *Twentieth Century *Renaissance Baroque *Classical H. DOW *Classical Baroque *Romantic *Baroque Romantic Classical *Baroque *Twentieth Century *Classical *Renaissance *Baroque *Twentieth Century *Renaissance Classical *Classical Form Rhythm Form Harmony Melody Harmony Rhythm Harmony Form Rhythm Harmony Color Form Form Form Form Rhythm Color Form Harmony Color Rhythm Harmony Form Harmony Rhythm Rhythm Harmony Color Color 35 Table 4.10 continued Classroom: Classroom: Hillsdale 1. *Classical Baroque *Romantic *Baroque *Renaissance Baroque/Romantic* *Baroque 8. *Twentieth Century 9. *Classical 10. *Renaissance ll. *Baroque 12. *Twentieth Century 13. *Renaissance 14. Classical 15. *Classical Mattawan 1. *Classical 2. Baroque 3. *Romantic 4. Renaissance 5. Baroque 6. Twentieth Century 7. Renaissance 8. *Twentieth Century 9. *Classical 10. Romantic ll. *Baroque 12. *Twentieth Century 13. *Renaissance 14. *Romantic 15. *Classical/Romantic Form Rhythm Rhythm Harmony Rhythm Color Rhythm Harmony Form Rhythm Rhythm Color Rhythm Color Form Harmony Rhythm Color Form Rhythm Harmony Rhythm Harmony Form Rhythm Harmony Rhythm Rhythm Color Color 36 Table 4.10 continued Classroom: Classroom: Monroe 1. *Classical 2. Baroque 3. *Romantic 4. *Baroque 5. *Renaissance 6. *Romantic 7. Classical 8. *Twentieth Century 9. *Classical 10. *Renaissance ll. *Baroque 12. *Twentieht Century 13. Baroque 14. Classical 15. *Classical Romulus 1. *Classical 2. Classical 3. Renaissance/Classical 4. *Baroque 5. Romantic 6. Twentieth Century 7. *Baroque 8. Classical 9. *Classical 10. Romantic 11. *Baroque/Classical 12. *Twentieth Century 13. Baroque 14. Classical 15. *Classical Form Rhythm Color Form Harmony Form Rhythm Harmony Form Rhythm Harmony Color Rhythm Color Form Harmony Melody Melody Form Harmony Rhythm Rhythm Harmony Harmony Form Harmony Form Form Harmony Rhythm 37 Table 4.10 continued Classroom: Classroom: Linden 1. 2. 3. \DQOUl-b O O O O O 10. 12. 13. 14. 15. *Classical Classical *Romantic *Baroque *Renaissance Classical *Baroque *Twentieth Century *Classical *Renaissance *Baroque *Twentieth Century *Renaissance Classical *Classical Shepherd 1. 2. 3. \OmflmUInb O O O O O 11. 12. 13. 14. 15. *Classical Baroque *Romantic/Classical *Baroque *Renaissance Classical *Baroque *Twentieth Century *Classical Baroque *Baroque *Twentieth Century *Renaissance *Romantic *Classical Harmony Melody Color Form Harmony Color Harmony Harmony Color Form Harmony Color Form Color Rhythm Form Form Harmony Rhythm Form Form Rhythm Rhythm Form Rhythm Harmony Color Melody Rhythm Rhythm 38 An interesting point is that of the 120 questions dealing with the elements of style determination, melody was chosen only five times as it dealt with either the Renaissance or Classical styles. This was surprising as melody is the element most choral students understand and are familiar with as it functions in their music. A final observation was that the element of form was most chosen of all elements. This may be explained by the definitions the students were given and the element of form and its association with text. The following of the text may have been easier for the students who could not relate to the concepts of harmony or color or did not feel that they could distinguish rhythm as the main element for choosing a certain style. Summary The data as analyzed and presented through analysis of variance tests revealed that the independent variables: year in school, age, years in choir, private piano, private instrument, private voice, the interaction of piano and voice, festival ratings, school size and the interaction of rating and size all have significant F values and show statistically significant differences between students at the various levels within these variables. Students tend to choose the style which is most like the music they are familiar with and the styles not heard or done as often were not as easily identified. The element of 39 form was the most frequently chosen as a style determiner by all students who participated, with rhythm being the second most frequently chosen element. These are evaluated as logical choices because they are two of the three elements which are emphasized from the elementary level and beyond. CHAPTER V SUMMARY, CONCLUSIONS, AND RECOMMENDATIONS Summary The purpose of this study was to determine the level of cognitive musical achievement by the students of the high school choral classroom in Michigan in dealing with musical style and its relationship with melody, harmony, rhythm, form, and color. A further purpose was to discover if festival performance ratings were a factor in the cognitive musical achievement of these students. The variables included were: year in school, age, sex, years in choir, private piano, private instrument, private voice, number of previous music classes taken, festival ratings, and school size. Four hypotheses tested the effects of these variables on the students' cognitive musical achievement as measured by the Performance Achievement Listening Test. The Performance Achievement Listening Test (P.A.L.T.) develOpment procedure included: the survey of the Michigan School Vocal Association Approved Festival Lists; gathering Opinions concerning choral music and selection of examples by Michigan State University faculty and graduate students; construction of a questionnaire; definitions of style; selection and recording of examples; and reliability checks. 40 41 Several revisions to the questionnaire, definitions, and examples were made following preliminary administrations. Reliability was based on the Kuder-Richardson #20 internal consistency measure. Three hundred sixty six students from eight choral classrooms in the State of Michigan were employed in determining the effects of the independent variables. The P.A.L.T. was administered during a scheduled rehearsal period of each choral group by the choral educator present to measure the dependent variable. The grand mean was used as the unit of observation. Data were analyzed using frequencies and analyses of variance (ANOVA). The level of significance was set a .05. Analysis was performed using the Statistical Package for the Social Sciences 7.0 as adapted for the CDC-6500 computer at Michigan State University. Results from the four nondirectional hypotheses were as follows: Hypotheses I: There will be no difference among high school aged students according to year in school, age, or sex (or interaction there of) on the dependent variable of choral style as measured by the P.A.L.T. The hypothesis was rejected for year in school and age but accepted for sex and all interactions of these variables. Hypothesis II: There will be no difference among high school students sccording to the level of number years in choir or number of previous music classes taken on the dependent variable of choral style as measured by the P.A.L.T. 42 Hypothesis II was rejected for years in choir but accepted for number of previous music classes taken and their interaction. Hypothesis III: There will be no difference among high school aged students according to the private study of piano, instrument, or voice (or interactions there of) on the dependent variable of choral style as measured by the P.A.L.T. This hypothesis was rejected for all main effects and the interaction of private piano-private voice. It was accepted for the other interactions involved. Hypothesis IV: There will be no difference among high school aged students according to festival ratings or school size (or interaction there of) on the dependent variable of choral style as measured by the P.A.L.T. Hypothesis IV was rejected for all main effects and interactions. Conclusions The conclusions from this study apply only to the sample from which the data were drawn; therefore, what is true for these high school choral students in Michigan cannot necessarily be assumed true for choral students of other levels or geographic locations. Based upon the findings of this study, however, the following conclusions can be drawn: 1. The listening test is a useful resource for evaluation of the choral classroom. 2. The Performance Achievement Listening Test is a suitable instrument for measuring choral musical style achievement in the Michigan high school choral classroom. 43 3. Choral performance groups who receive superior ratings at festival have a better aural concept of the music they hear and sing than those groups who receive less than superior ratings. 4. The years of choral experience does have an effect on the cognitive musical achievement as it pertains to musical style. 5. Private instruction in piano, instrument,and (or) voice has a positive effect on the student's aural perception of musical style. 6. The maturity of a student according to age and year in school will give them a higher achievement level on a test dealing with the aural perception of musical style. Discussion Although it was concluded that schools with superior ratings produce students who are more aurally aware of the music they hear and sing, it is certainly not an implication of this researcher that schools with lower ratings not continue to strive to give their students the information which can help them become better listeners and hOpefully better musicians. It is, however, a recommendation of this researcher that all choral educators in the State of Michigan teach some basic music labels and tools that will give their students knowledge which will be useful to them after their high school choral performance experience. This will enable 44 them to further their knowledge in the classroom and allow them to apply their musical knowledge to the musical experiences presented in other situations. The use of musical style as the source of measure was beneficial in the aspect of its wide use in the musical world and can be understood by students. It allowed students with little or no background in music to listen and relate those elements for which they did not have technical names or understanding. Cassette tape was used to minimize the variance in the quality of sound systems from school to school. The overall quality would have been at a higher level had a reel to reel tape been utilized at each test sight. Several limitations of this study were the lack of choral recordings available, especially those containing choral music at the level performed by most high school students and previous research in this area. Music on the high school level found in the five musical styles would have made listening easier for the high school student. Questions dealing with the appropiateness of the selections used and the use of musical style were brought to the attention of the researcher. Two of the choral educators who participated cited these as possible flaws of this research. Other choral educators who were employed in this study were in agreement with the usage of choral style and its place in the music curriculum of the performance classroom. 45 The lack of recordings, previous research concerning the choral performance classroom, and emphasis of evaluation of musical achievement in the performance classroom at the secondary level indicates a somewhat complacent attitude toward cognitive choral music achievement. The solution to such an attitude could be the teaching of basic music concepts and musical style in junior high and high school performance groups. This would round out the musicianship of each student and make him more aware of the music with which he deals. The means of appreciation is through understanding and understanding is one of the basic foundations of education which all music educators should strive to achieve. Recommendations for Further Research 1. More studies are needed to explore different ways to measure achievement other than performance in the choral classroom 2. An investigation of teacher attitude (or) influence upon the achievement of students in the choral classroom is warranted. 3. The inclusion of written examples of music in dealing with musical style in an instrument which measures cognitive music achievement is needed. 4. As the population represented in this study was finite, replication with other populations would be of value. APPENDICES APPENDIX A 46 e A o e o A e N e o e o N A 0 AA e e NN AA eA om eA mN N eA eA NA N AN e e A e o e A N o o e A o o A o o N N m m N A eA NN 'N AN ea NA 8. 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