AN EXPLORATORY STUDY OF ATTITUDES TOWARD CHILDREN EXPRESSED BY UNDERGRADUATE TEACHER CANDIDATES BY Clyde M. Claycomb AN ABSTRACT OF A THESIS Submitted to Michigan State University in partial.fulfillment of the requirements for the degree of DOCTOR OF PHILOSOPHY Department of Secondary Education and Curriculum College of Education 1970 ABSTRACT AN EXPLORATORY STUDY OF ATTITUDES TOWARD CHILDREN EXPRESSED BY UNDERGRADUATE TEACHER CANDIDATES BY Clyde M. Claycomb The purposes of this investigation were: (1) to determine whether there was a significant difference between the eXpressed attitudes toward children of those indivi- duals beginning professional education courses and those individuals concluding the professional education sequence and (2) to determine whether various demographic factors, as defined by this study, were significantly related to these attitudes. The resolution of these objectives was sought by administering and scoring the Minnesota Teacher Attitude Inventory (MTAI) and administering and tabulating the infor- mation on a demographic questionnaire. The sample consisted of 290 teacher candidates at Michigan State University. Of the 290 students who took the MTAI and demographic questionnaire 279 completed both forms satisfactorily. This yielded a return rate of 96.2 percent. The independent variables in this study included: extent of professional training, sex, grade level Clyde M. Claycomb preference, subject area competency, type of school (K-8 and K-12) in which educated, number of siblings, school loca- tion preference and racial composition of school preference. An individual's score on the MTAI served as the dependent variable in every analysis. Mean scores on the MTAI were computed for each level of all independent variables. A multivariate analysis of variance test was then computed to determine whether observed differences between means were significant. If the results of the analysis of variance showed statistical significance, a Scheffe' Post Hoc compari- son was calculated to determine which of the means were responsible for the statistical significance. The analyses of the MTAI mean scores in relation to the independent variables of personal demographic data and level of professional training revealed six significant dif- ferences in MTAI mean scores at the .05 level. Of the nine variables tested the six significant variables were: (1) level of professional training, (2) sex, (3) subject compe- tency, (u) type of community raised until college, (5) school location preference and (6) racial composition of school preferred. The three independent variables which were not statistically significant at the .05 level were: (1) number of siblings, (2) type of school educated and (3) grade level preference. Although grade level preference did obtain a significance of .058 indicating that there is some relationship between grade level preferred and one's Clyde M. Claycomb expressed attitudes toward children, the other two indepen- dent variables did not appear to have any relationship to one's expressed attitudes toward children. In short, this study suggests that those individuals who have the most positive attitudes toward children have completed their professional education course sequence, are female, have been raised in a suburban or urban setting, prefer to teach in grades kindergarten through the third grade, prefer to teach in the inner-city and prefer a school composition of nearly equal or more "non-white" students than "white" students. AN EXPLORATORY STUDY OF ATTITUDES TOWARD CHILDREN EXPRESSED BY UNDERGRADUATE TEACHER CANDIDATES By Clyde M. Claycomb A THESIS Submitted to Michigan State University in partial fulfillment of the requirements for the degree of DOCTOR OF PHILOSOPHY Department of Secondary Education and Curriculum College of Education 1970 ACKNOWLEDGMENTS The following acknowledgments approximate a who's who of the past few years in my life. All of these people have either directly or indirectly helped me to reach this end. Many of these people have had a significant impact on my intellectual, emotional and professional growth. They have given unselfishly and generously of their time and energy, while providing continuous encouragement. To all of these people I wish to say most sincerely, "thank you." To my wife, Sharilee, I would like in this small way to express my love and gratitude for her love, under- standing, patience, encouragement, help and assistance dur— ing the writing of this thesis and throughout our doctoral program. To my daughters, Kristin and Kimberly, who have given me untold joy and happiness, I would like to thank them for their patience and understanding, for their love and kind- ness. But mostly, I would like their forgiveness for those never-to-be-recaptured seconds, minutes and hours that should have been ours together, but instead were spent on a doctoral program. To my father and mother, Mr. and Mrs. Dean A. Clay- comb, and to my wife's parents, Mr. and Mrs. C. Donald Wardell, ii iii I wish to communicate my gratitude for their encouragement, faith and help, not only in this endeavor, but in life in toto. To my friend and chairman of my doctoral committee, Dr. Dale V. Alam, I wish to convey my most sincere apprecia— tion and gratitude for not only encouraging and challenging me, but mostly for being such a "wonderful human being." To my friend, junior author and guidance committee member, Dr. Donald J. Freeman, I wish to convey my grati- tude for being of invaluable assistance during the writing of this thesis and for having enough faith to give me an assistantship. To my friend and guidance committee member, Dr. B. T. Sandefur, I wish to express my appreciation for his counsel, faith and for being my advisor for the cognate area of my doctoral program. To the remaining members of my guidance committee, Dr. Troy Stearns and Dr. Louise Sause, I would like to express my appreciation for their assistance during the course of my doctoral program and for being members of my guidance committee. Appreciation is also extended to those individuals and friends who have given of themselves for my benefit either in the doctoral program or in the writing of this thesis. Among those, special mention is given to the fol- lowing: Dr. Clifford Bee for his assistance in helping me receive an assistantship; K. Patrick Rode for his divine iv guidance, editoral and research assistance; Robert Wilson for his statistical guidance and assistance; George w. Churchill for his assistance regarding duplicative proce- dures; and to Dr. Charles Blackman and Thomas Arch for being good friends. Finally special recognition and appreciation is extended to Dr. Matthew A. Klein, not only for being a close friend and colleague, but for being enough of a pain to be responsible for a good deal of personal growth. Chapter I. II. III. IV. ANALYSIS OF DATA . . . . . . . TABLE OF CONTENTS INTRODUCTION. . . . . . . . . . . . Purpose of the Study. . . . . Questions . . . . . . . . . . Clarification of Term Usage . Limitations . . . . . . Organization of the Study . . REVIEW OF THE LITERATURE. . . . . . Introduction. . . . . . . . . . . Attitude Definition and Theories. Attitude Change . . . . . . . . . Desirable Teacher Behavior. . . . Teacher Social Class Attitude in Relation to the DisadVantaged . Teacher Attitudes in Relation to Effectiveness . . . . . . . . . Summary . . . . . . . . . . . . . THE RESEARCH METHODOLOGY. . . . . . Introduction. . . . . The Population. . . . The Instruments . . . The Procedure . . . . Question I. . Question III. Question II . Sub-Question Sub-Question Sub-Question Sub-Question Sub-Question Sub-Question Sub-Question Sub-Question q Number of people within the category 56 TABLE u.u ANOVA TABLE FOR SEX r L Sum Mean Source Square D.F. Square F.Ratio Prob. Group 21,7u2.oa 1 21,7u2.og 26.8uu7 0.0001ss Sex 7,128.20 1 7,128.20 8.8008 0.0033* Group * Sex 2a2.51 1 2A2.51 0.299u 0.58u7 Error 222,735.98 275 809.9u Totals 251,8h9.38 278 Legend: ANOVA Analysis of variance D.F. = Degrees of freedom Prob. = Probability Group * Sex = Interaction between cells being tested a Statistically significant rs = The F.ratio for group effect varies depend— ing on the sub-question being analized. This is a result of a changing (N) due to incom- plete data. However, it always remains significant (P <.0005). Examination of Table u.3 reveals that the lowest mean MTAI score was for males in Group I (Beg.) while the highest mean MTAI score was for females in Group II (Fin.) Examina- tion of Table h-h reveals that the overall difference between females and males was statistically significant (P <.003). It is therefore reasonable to conclude that females have more positive attitudes toward children than males. Sub-Question 2. Is there any relationship between the number of sib- lings in one's family and his expressed attitudes toward children? 57 The analyses of the data, with respect to number of siblings is presented in two tables. cell frequencies and means. Table u.5 contains Table h.6 presents the results of a 2 x 7, fixed—effects, analysis of variance test which was calculated for this data. TABLE U-S MEAN AND CELL FREQUENCY TABLE FOR NUMBER OF SIBLINGS Number of Siblings Total I E l y; _5_ g 1+ Av . 21 X2 X3 Xu X5 X6 X7 Mean (N) (N) (N) (N) (N) (N) (N) (N) Group I 38.00 uO.7l 31.98 h3.70 h6.07 33.57 38.h2 38.12 (338-) (9) (NS) (57) (27) (la) (7) (12) (171) Group II 6l.h0 6h.83 h7.u5 55.59 6h.l3 56.33 70.00 56.26 (Fin.) (5) (18) (33) (32) (8) (6) (S) (107) Totals h6.36 h7.60 37.65 50.15 52.6u uh.07 h7.71 h5.10 (1h) (63) (90) (59) (22) (13) (17) (278) Legend: i'= Mean N = Number of people within that category TABLE u.6 ANOVA TABLE FOR NUMBER OF SIBLINGS Sum Mean Sources Square D.F. Square F.Ratio Prob. Group 21,668.85 1 21,668.85 25.9659 0.0001 Siblings 7,813.50 6 1,302.25 1.5605 0.1590 Group % Sibls. 1,975.62 6 329.27 0.39u6 0.8823 Error 220,30h.u6 26h 83h.h9 Total 251,762.h3 273 Legend: ANOVA = Analysis of variance Prob. = Probability D.F. = Degrees of freedom Group * Sibls. = Interaction between cell being tested 58 Although mean MTAI scores vary from a low of(31.98) for individuals with two siblings to a high of(70.00)for individuals with six or more siblings, the statistical test of these differences was not significant (P <.159). There- fore, the results of this study suggest that family size does not influence one's expressed attitudes toward children. Sub-Question 3. Is there any relationship between one's teaching area competence and his expressed attitudes toward children? The analyses of the data with respect to one's teach- ing area competency is presented in three tables. Table u.7 contains the cell frequency and means. Table h.8 presents the results of a 2 x 10, fixed-effects, analysis of variance test for this data. Due to the statistically significant results reported in Table n.8, the Scheffe’ Post Hoc test was computed. The results of this comparison are depicted in Table n.9, Examination of Table u.7 reveals that industrial arts has both the highest and lowest within level means,(82.00)and (l5.33)for beginning and finishing groups respectively. This is perhaps explained by the low number of individuals (N=5) for industrial arts. The subject area of physical education has the lowest overall mean (25.23). Of equal interest is that 5 out of the top 6 means are in subject areas related to communicative expression: Fine Arts; English; Exceptional Children; Social Sciences; Communicative Arts. 59 mpa< scam H OH moocoflom Hwfloom n o mpa< coflpwoflchEoo u m soapmosom Hwofimhflm u N mpp< HwHAumSUCH n b oosoaaso Hacoapdooam u m mofiSocoom 080m H : smasmcm n m ooeoflom u m moaqumnpmz u H haemopmo one cflspfls mamoog mo 909852 N 2 use: M.M uncowoq Amsmv Ammv Amov ismv Asav Amv lama Amav Ammv isms Aomv mm.ms oo.sm mm.ms os.ms mm.mm oo.ms ms.mm mm.sm om.ms Ho.ms so.:s maopoe Aooav Amy Aomv Aoav Amy Ami Aoav 161 Aoav Away “say A.oaav mo.mm om.H6 om.sm om.mm ms.sm mm.mH os.s6 s6.ms os.mm oo.m6 6m.o HH moose Aeoav Asav Amsv “say on Amv AHHV on Ammv AsHv Loss “.momv om.®m ss.ss ms.ms so.ms Ha.sa oo.mm mm.mm HH.mm oo.ss om.6m Hw.om H moose sz sz sz sz sz sz sz sz sz sz 12V Gmm2.>¢ OHM ON QM NM 0M mum .JN MN NM HM H38. on m m s 6 w m w m H Nozmemmzoo BUMhmbm mom MoZMbdmmm QAHU Qz< z¢mz Z [L] Mm4 :7 ll Significant Scheffe' comparison Both Tables (u.10 and u.10A) reveal that the means of those individuals with suburban, rural or urban back- grounds are nearly equal. However, individuals from the inner—city have less favorable attitudes than individuals from any of the other three areas (suburban, rural and urban). 66 Tables u.11 and h.1lA reveal that whereas the dif- ference among individuals raised in various communities until 10 years of age are not statistically significant (P <.308), the corresponding difference among individuals raised in various communities until college is statisti- cally significant (P <.027). The Scheffe' Post Hoe compari- son was therefore computed for the birth until college data. As examination of Table h.12 reveals the mean MTAI score for individuals raised in the inner-city is significantly lower than the corresponding means for individuals raised in suburban and urban communities. Sub-Question 5. Is there any relationship between the type of school in which one was educated and his expressed attitudes toward children? The data related to this question was collected in two parts divided on the basis of kindergarten to the eighth grade (K-8) and kindergarten to the twelfth grade (K-12). Table h.13 presents the means and cell frequencies for individuals from three different types of schools. Table n.1u contains a 2 x 3, fixed—effects, analysis of variance test for this data. 67 TABLE n.13 MEAN AND CELL FREQUENCY-~TYPE OF SCHOOL EDUCATED (K-8) Public Parochial Private Total Ki Kb X8 Av.Mean (N) (N) (N) (N) Group 1 37.77 h1.71 22.80 38.12 (Bes-) (132) (3h) (5) (171) Group II 56.u0 5h.76 67.00 56.2h (Fin-) (9O) (17) (l) (108) Total h5.32 h6.06 30.17 h5.l3 (222) (51) (6) (279) TABLE h.l3A TYPE OF SCHOOL EDUCATED (K-12) Public Parochial Total 7i Y2 Av.Mean (N) (N) (N) Group I (Beg.) 38.97 36.65 38.5h (137) (31) (168) Group II (Fin.) 56.29 55.80 56.2h (98) (10) (108) Total M6.l9 h1.32 u5.h7 (235) (M1) (276) Legend: E'= Mean N = Number of people within that category Private school attendance was deleted from statistical con- sideration in Table h.13A due to sample population sparsity. 4 I 68 TABLE n.1u ANOVA TABLE FOR TYPE OF SCHOOL EDUCATED (K-8) I Sum Mean Sources Square D.F. Square F. Ratio Prob. Group 21,7u2.69 1 21,7u2.69 25.9971 0.0001 T.Scho.-8 911.92 2 h55.96 0.5u52 0.580h Group * TS-8 869.78 2 u3u.89 0.5200 0.5952 Error 228,318.09 273 836.33 Totals 251,8h2.u8 278 TABLE n.1hA ANOVA TABLE FOR TYPE OF SCHOOL EDUCATED (K-12) Sum Mean Sources Square D.F. Square F. Ratio Prob. Group 20,593.26 1 20,593.26 2u.7817 0.0001 Group * TS-12 22.60 1 22.60 0.0272 0.8692 Error 226,022.10 272 830.96 Totals 2h6,75u.22 275 Legend: ANOVA = Analysis of variance D.F. = Degrees of freedom Prob. = Probability Group e TS-8 and Group % TS-12 = Interaction between ToSCho-lZ = cells being tested. T.Sch.-8 = Type of School educated (K-8) Type of School educated (K-12) 69 Examination of Table h.13 reveals that expressed attitudes toward children among individuals attending pri- vate schools seem to be somewhat less favorable than the corresponding attitudes among individuals attending public and parochial schools. However, there are only 6 individuals in this sample who attended a private school from kindergar- ten through the 8th grade. Of this group, only one attended a private school through the 12th grade. It is therefore not surprising that differences in mean MTAI scores among individuals from different types of schools are not statistically signficant (P <.580). In short, the type of school in which one is educated appears to have little influence on one's expressed attitudes toward children. Sub-Question 6. Is there any relationship between one's teaching preference (grade level) and one's expressed attitudes toward children? ' The analyses of the data with respect to grade level preference is reported in two tables. Table u.15 contains cell frequencies and means. Table n.16 represents a 2 x h, fixed-effects, analysis of variance test of this data. An examination of Table h.15 reveals that those indi- viduals preparing to teach in grade level (h-6) have the low- est mean MTAI scores, while those individuals preferring to teach (K-3) children have the highest mean MTAI scores. Thus, within the elementary school one can find the highest and the lowest means for expressed attitudes toward children. 70 TABLE 4.15 MEAN AND CELL FREQUENCY-- GRADE LEVEL PREFERENCE K;3 4:6 Jr.High H.§, Total X1 X2 X3 Xh Av.Mean (N) (N) (N) (N) (N) Group I E1.12 31.1u 33.5u 39.31 38.29 (888-) (3h) (21) (11) (10k) (170) Group II 67.37 h8.62 h9.23 53.61 56.21 (39) (91) (13) (N1) (107) Totals 53.85 39.88 u2.0h 83.35 h5.21 (66) (AZ) (2h) (1 S) (277) Legend: MI: Mean N = Number of people within that category TABLE u.]6 ANOVA TABLE FOR GRADE LEVEL PREFERENCE Sum Mean Sources Square D.F. Square R.Ratio Prob. Group 21,103.50 1 21,103.50 25.6365 0.0001 G.L.Pref. 6,2h9.5h 3 2,083.18 2.5307 0.0576 GroupsG.L.Pref. 1,559.88 3 519.96 0.6317 0.5952 Error 22l,h27.35 269 823.15 Totals 250,3h0.27 276 Legend: ANOVA = Analysis of variance D.F. = Degree of freedom Prob. = Probability GroupsG.L.Pref. = Interaction between the cells being tested G.L.Pref. = Grade level preference 71 Results reported in Table h.16 indicate that the dif- ferencesbetween the mean MTAI scores across grade preference levels was not statistically significant (P <.058). However, it is very close to being statistically significant and may present an interesting paradox at the elementary level. Sub-Question 7. Is there any relationship between one's teaching preference (school location) and one's expressed attitudes toward children? The analyses of data with respect to school location preference is depicted in three tables. Table h.17 contains the cell frequency and means,whi1e Table h.18 presents a 2 x u,fixed-effects, analysis of variance test for the data. Since Table h.18 reveals a statistical significance for school location preference a Scheffe’ Post Hoc comparison was computed. The data for the Scheffe’ comparison is depicted in Table u.19. TABLE h.17 MEAN AND CELL FREQUENCY-~8CHO0L LOCATION PREFERENCE Suburban Inna;?City. Urban Rural Total I1 i2 Y3 in Av.Mean (N) (N) (N) (N) (N) Group I 32.87 h5.70 A3.11 h3.50 37.92 (Bea-) (92) (23) (38) (16) (169) Group II 55-32 7h-33 58.67 uu.31 55-9h (Fin.) (60) (9) (21) (16) (106) Total ' E1.73 53.75 u8.65 E3.91 Eu.87 (152) (32) (59). (32) (275) Legend: Mean Number of people within the category 72 TABLE h.18 ANOVA TABLE FOR SCHOOL LOCATION PREFERENCE :—, r — Sum Mean Sources Square D.F. Square F.Ratio Prob. Group 21,131.h8 1 21,131.h8 25.9381 0.0001 S.L.Pref. 6,806.31 3 2,268.77 2.78u8 0.0h13s GroupssS.L.Pref. 3,838.26 3 1,279.h2 1.570h 0.1969 Error 217.52h.53 267 818.70 Totals 2h9,300.58 27h Legend: ANOVA = Analysis of variance , D.F. = Degrees of freedom Prob. = Probability S.L.Pref. = School location preference GroupsS.L.Pref. = Interaction between the cells being tested - - Statistically significant TABLE h.l9 SCHEFFE' POST HOC COMPARISON FOR SCHOOL LOCATION (T—SVVarW) 11 9 Contrast 9 S VVarOP) <(T+S Var(T-)D 1’1): x2 - x1 12.02 15.50 -3.1.6 ¢ 0M mx 3% mx mx ax Houoa z mo-sos 3 mom 3.woo 3_wms 2 woo 3 ewes 1 11 doomom mo ZOHBHmomEOU Q