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0:00:00.05NotesUNIANOVA_Notes’’PMPivotItemTree’’AbstractTreeBranch’’PMModelItemInfoŲt€€(ContentsN€P€t€€(Output CreatedN€P€t€€(CommentsN€P€t€€(InputN€P€t€€(DataN€P€t€€(FilterN€P€ t€€(WeightN€P€ t€€( Split FileN€P€ t€€(N of Rows in Working Data FileN€P€t€€(Missing Value HandlingN€P€ęt€€(Definition of MissingN€P€Õt€€( Cases UsedN€P€ t€€(SyntaxN€P€t€€( ResourcesN€P€ t€€( Elapsed Time TX`dhlpx|€ˆ  į’’PVViewDimensionM iTKKKK}‡\Kc‡€€(Notes€€(€€(’’ PTTableLook6’’PVSeparatorStyle–€’’ PVCellStyle’’’’’ PVTextStyleČx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x’’PVPrintManager ’’NavPivotž’’’—‹ž’’€€(Between-Subjects Factors€ ®UNIANOVA€dddd!€#€%€'€'€)€€€( below mean)€€,€(€ĄU@87'€)€€€( Above mean)€€,€(€ b@149'€)€€€( below mean)€€,€(€€]@118'€)€€€( Above mean)€€,€(€€]@118'€)€€€( below mean)€€,€(€€^@122'€)€€€( above mean)€€,€(€€\@114Between Subjects Factors%UNIANOVA_Table_BetweenSubjectsFactorsL€N€P€t€€( PropertiesN€P€?t€€( Value LabelN€P€t€€(NęźL€N€P€žt€€( Factor LevelsN€P€’’’’€€(PBI Mother's Care groupsN€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00N€P€’’’’€€("PBI Mother's Overprotection groupsN€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00N€P€’’’’€€(CBBAP total groupsN€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00÷ūKŒ€įWKWŒ€īKKKKKK2€€(Between-Subjects Factors€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€²­€iž’’kėü’’€€(!Tests of Between-Subjects Effects€ 3UNIANOVA€ą@ą@dddd!€#€%€'€'€ '€)€€'€,€((€PłĖTõ Œ@897.370'€)€€,€((€}Ź< )“@5261.163'€)€€,€((€vJV¶Jk@218.335'€)€€,€((€łį½\*oh@195.474'€)€€,€((€­šŚ =;@27.238'€)€€,€((€īČĒś7@23.614'€)€€,€((€ŠjŅb`@128.231'€)€€,€((€Q%Żķ»@4.184'€)€€,€((€ąŽ†ū±P@64.308'€)€€,€((€*bHŗ•¼@7317.728'€)€€,€((€€ßĢ@ 14783.000'€)€€,€((€œŌ}yŒ Ą@8215.097'€ '€)€€,€(€@7'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€€l@228'€)€€,€(€€m@236'€)€€,€(€`m@235'€ '€)€€,€((€REā C`@128.196'€)€€,€((€}Ź< )“@5261.163'€)€€,€((€vJV¶Jk@218.335'€)€€,€((€łį½\*oh@195.474'€)€€,€((€­šŚ =;@27.238'€)€€,€((€īČĒś7@23.614'€)€€,€((€ŠjŅb`@128.231'€)€€,€((€Q%Żķ»@4.184'€)€€,€((€ąŽ†ū±P@64.308'€)€€,€((€ä‡_Æ2 @@32.095'€ '€)€€,€(€b[5æ)ō@3.994'€)€€,€(€ŠČhŠ}d@163.923'€)€€,€(€«Œ¤©÷5@6.803'€)€€,€(€+“Ž¾—\@6.090'€)€€,€(€Ė ±W(ė?.849'€)€€,€(€0’ą $‹ē?.736'€)€€,€(€?ķŹ–gö@3.995'€)€€,€(€Wī‰š5ÆĄ?.130'€)€€,€(€ŠtF™y@2.004'€ '€)€€,€(€©źłō&9?.000'€)€€,€(€x²Ēkq#:.000'€)€€,€(€ Ķ)e߃?.010'€)€€,€(€ÜųŅ`”W?.014'€)€€,€(€hžĻŁŚēÖ?.358'€)€€,€(€ę™/gŁ?.392'€)€€,€(€ƒ=Ż* ų§?.047'€)€€,€(€D”ad0żę?.718'€)€€,€(€*?nt²BÄ?.158&Test of Between Subjects Fixed Effects0UNIANOVA_Table_TestofBetweenSubjectsFixedEffectsL€N€P€ēt€€(Dependent VariableN€P€’’’’€€(BDITOTALL€N€P€(t€€(Source N€P€ąt€€(Corrected ModelN€P€ t€€( InterceptN€P€’’’’€€(MCAREGRPN€P€’’’’€€(MO_PGRPN€P€’’’’€€(CBPTTLGRN€P€’’’’€€(MCAREGRP * MO_PGRPN€P€’’’’€€(MCAREGRP * CBPTTLGRN€P€’’’’€€(MO_PGRP * CBPTTLGRN€P€’’’’€€(MCAREGRP * MO_PGRP * CBPTTLGRN€P€ ÷t€€(ErrorN€P€ 3t€€(TotalN€P€ įt€€(Corrected Total  $(,048<@DHL  L€N€P€,t€€( StatisticsN€P€;t€€(Type III Sum of SquaresN€P€īt€€(dfN€P€t€€( Mean SquareN€P€żt€€(FN€P€%t€€(Sig.UY]ae’’ DspAnnotation’’DspTextComponentHandle€(,R Squared = .109 (Adjusted R Squared = .082)(?KŒ€N…€Œ€ qKZPV£fŸ¢KKk£Œ€P\K_KK_€€(!Tests of Between-Subjects Effects€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€7€€€(Estimated Marginal Means€‹€Éü’’²ü’’€€(Title€UNIANOVAķ’’’¼"ArialalPį{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Estimated Marginal Means \par } ­€ü’’©Żū’’€€(-PBI Mother's Care groups * CBBAP total groups€ “UNIANOVA€dddd!€#€%€'€'€'€'€)€€,€((€J’$I’$ @8.071)€€,€(€óŒŠüwó?1.217)€€,€((€źŖł²@5.674)€€,€((€OĢI$š$@10.469'€)€€,€((€@5.500)€€,€(€EĻ÷«ļé?.811)€€,€((€†āłZB9@3.903)€€,€((€½ƒŅ^c@7.097'€'€)€€,€((€²DmĖ@4.014)€€,€(€vȁV¤ć?.614)€€,€((€ų5dљp@2.805)€€,€((€hn†ńIå@5.224'€)€€,€((€jżJŚ@4.963)€€,€(€ÄŖŻ™‡č?.767)€€,€((€€c—h¤Ÿ @3.453)€€,€((€H"Æa0å@6.474Estimated Marginal Means%UNIANOVA_Table_EstimatedMarginalMeansL€N€P€,t€€( StatisticsN€P€t€€(MeanN€P€.t€€( Std. ErrorN€P€Öt€€(95% Confidence IntervalN€P€ t€€( Lower BoundN€P€=t€€( Upper BoundŲÜäčL€N€P€’’’’€€(CBBAP total groupsN€P€’’’’€€( below meanN€P€’’’’€€( above meanńõL€N€P€’’’’€€(PBI Mother's Care groupsN€P€’’’’€€( below meanN€P€’’’’€€( Above meanžL€N€P€ēt€€(Dependent VariableN€P€’’’’€€(BDITOTAL KŒ€ÓKK___Œ€ģZZ„€Œ€łZZ„€Œ€N…€€€(-PBI Mother's Care groups * CBBAP total groups€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€—€€€( Profile Plots€-€»ū’’¤ū’’€€(Title€1UNIANOVAķ’’’¼"ArialalPÖ{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Profile Plots \par } ’’NavChart‚ū’’ ņł’’€€(-PBI Mother's Care groups * CBBAP total groups€6 €UNIANOVAō?-PBI Mother's Care groups * CBBAP total groups.0u’’’’’’ļ’Ā#¤T‚.PBI Mother's Care groups * CBBAP total groupsn%Estimated Marginal Means of BDITOTAL&2<ZPBI Mother's Care groupsdEstimated Marginal MeansžCBBAP total groups below mean0below mean above mean0above mean® ® –below mean–Above mean:J’$I’$ @:²DmĖ@:@:jżJŚ@¾b Ü€€€(Univariate Analysis of Variance€;UNIANOVA€>aŠł’’øł’’€€(Title€? €UNIANOVAķ’’’¼"ArialalP{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Univariate Analysis of Variance - Mom & Discrepancy count \par } €Ų’’’ż™ż’’€€(Notes€DUNIANOVA€€AĄAdddd!€#€%€'€ )€€,€€¾ŸŠ wĒB06-MAY-2004 09:32:01)€€€( )€€€(’’C:\Documents and Settings\suzi\Desktop\My Database.sav )€€€()€€€()€€€()€€,€(€Ąn@246)€€€(3User-defined missing values are treated as missing.)€€€(QStatistics are based on all cases with valid data for all variables in the model.)€€€(’<UNIANOVA bditotal BY mcaregrp mo_pgrp cbppdtgr /METHOD = SSTYPE(3) /INTERCEPT = INCLUDE /PLOT = PROFILE( mo_pgrp*cbppdtgr ) /EMMEANS = TABLES(mo_pgrp*cbppdtgr) /CRITERIA = ALPHA(.05) /DESIGN = mcaregrp mo_pgrp cbppdtgr mcaregrp*mo_pgrp mcaregrp*cbppdtgr mo_pgrp*cbppdtgr mcaregrp*mo_pgrp*cbppdtgr . )€€,€ €ŖńŅMbØ? 0:00:00.05NotesUNIANOVA_NotesL€N€P€Ųt€€(ContentsN€P€t€€(Output CreatedN€P€t€€(CommentsN€P€t€€(InputN€P€t€€(DataN€P€t€€(FilterN€P€ t€€(WeightN€P€ t€€( Split FileN€P€ t€€(N of Rows in Working Data FileN€P€t€€(Missing Value HandlingN€P€ęt€€(Definition of MissingN€P€Õt€€( Cases UsedN€P€ t€€(SyntaxN€P€t€€( ResourcesN€P€ t€€( Elapsed Time swƒ‡‹—›Ÿ§  įŒ€n iTKKKK}‡\Kc‡€€(Notes€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€H­€–ł’’¢ƒų’’€€(Between-Subjects Factors€ ĘUNIANOVA€dddd!€#€%€'€'€)€€€( below mean)€€,€(€U@84'€)€€€( Above mean)€€,€(€`b@147'€)€€€( below mean)€€llߥ0Ē' EMFs @Śc;øjlߥ0Ē' EMFs @Śc;øj ą€   '’’’% &’’’%  +ß% % +ß  Rpģ’’’"Arial$˜ˆī ”š X†ī ģż“E$WSöwųėżȆ$ųėż ģlxģlxU6ŽsųėżążØ&$čGüwążßöwģŽ:VśwßMT Extra-GDI-VECTOR-GDI-VECTORICLDLDBOLDĄŻwųėż ¬ ~dv% % €  %   Rpņ’’’"ArialLDBOLDĄŻwųėż ¬ ~dvųėżążØ&$čGüwQh ~ h ~õ\ Š ~õ\0Ąw  6``ü’ 'įż’ ß`Ą ~ ¬ ~ %ųR ß Ō­ ~ ¬ ~dv% % T$> „#n›ÓA=OÓA>$$L’’’’’’’’”Estimated Marginal Means of BDITOTAL           %   Rpõ’’’"Arial``ü’ 'įż’ ß`Ą ~ ¬ ~ %ųR ß Ō­ ~ ¬ ~dvųėżążØ&$čGüwQh ~ h ~õ\ Š ~õ\Pƒ &``ü’ 'įż’ ß`Ą ~ ¬ ~ %ųR ß Ō­ ~ ¬ ~dv% % TÜ>fßun›ÓA=OÓA>vL’’’’’’’’|PBI Mother's Care groups   % Tˆ3DoQn›ÓA=OÓA3R L’’’’’’’’`Above meanTˆ!D[Qn›ÓA=OÓA!R L’’’’’’’’`below mean % % €(  Rpņ’’’„„"ArialĀw?¬Āwü’’’X†ī p}õw:ŠõwČäķ°>ĆwH Įw’’’’¬Āw*¬Āw żš(_hxäX†ī l嚈śwˆõw’’’’7õwēwŽ`ēw ‰P\w Š ~Ķ‹õw87õwäHåĢČ| ķ Héwˆ2čw’’Ž`ēwÉé ~P\w ųR P\w “åŪ· ~ Š ~s!²  ‰s!² ¬ ~dv% TÜ™'Bn›ÓA=OÓA(BL’’’’’’’’|Estimated Marginal Means    % TT2*77n›ÓA=OÓA28L’’’’’’’’P9TT2W7dn›ÓA=OÓA2eL’’’’’’’’P8} TT2„7‘n›ÓA=OÓA2’L’’’’’’’’P7TT2±7¾n›ÓA=OÓA2æL’’’’’’’’P6TT2Ž7ėn›ÓA=OÓA2ģL’’’’’’’’P5TT2 7n›ÓA=OÓA2L’’’’’’’’P4TT237@n›ÓA=OÓA2AL’’’’’’’’P3&’% Z8a3g9a9g9g3a3a9% Z,Z)t)Z)t)&’% Z8agaggaa% Z,Z t Z t % % €(  Rpņ’’’"Arialżš(_ā³ ~Ź³ ~s!²Ųä€ ¬ ~ %ųR 8å0Ō­ ~ s!²°p­ ~ %a0śxäa0śl嚈śwˆõw’’’’7õwēwŽ`ēw ŠP\w Š ~ž†xIī ,š Håiķ Héwˆ2čw’’Ž`ēwÉé ~P\w ųR P\w “åŪ· ~ Š ~s!²  Šs!² ¬ ~dv% TøVšŅ’n›ÓA=OÓAVL’’’’’’’’pCBBAP total groups % Tˆo©!n›ÓA=OÓAo" L’’’’’’’’`below mean Tˆo3©@n›ÓA=OÓAoA L’’’’’’’’`above mean_888"% Zt#XZ<1?1<^?^<Œ?Œ<¹?¹<ę?ę<?<A?A% Z8&(k]RARD?A?D% %  +?1RA& %  Z8?1RA?ARAR1?1?A% Z,?ŠRč?ŠRč% Z,?[R?[R% ZP<ĶUė OėUėUåOåOė<ÓBÓBĶ<Ķ<Ó% ZP<XU OUUOO<^B^BX<X<^% Z,?1?A?A?1Z,?ARA?ARA% €( ( ( % €% €( % €( % €( % €( % €( % €( ‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ”¢£¤„¦§Ø©Ŗ«¬­°’’’’’’’’±Īč’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’ĻŠŃŅź’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’“u’’’’’’’’—ž’’’ž’’’霝žŸ ”¢£¤„¦§ž’’’©Ŗŗ¬­®Æ°±²³“µ¶·ø¹ž’’’»Ö½¾æĄĮĀĆÄÅĘĒČž’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’×Ųå’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’ęēž’’’šØėģķīļšńņóōõö÷ųłśūüżž’      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdež’’’“ijklmnopqrstž’’’ƒwxyz{|}~SPSS Output Documentc’’NavTitle>aÉŪ’’±Ū’’’’ DspSimpleText’’ DspString(Title’’NavTreeViewItem’’ NavOleItemUNIANOVAķ’’’¼"ArialalP {\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Univariate Analysis of Variance - Dad & Directional Discrepancies \par } Ų’’’Ž’’’Ų’’’((8~+4!ų*ööööš (Continued)×{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\qc\plain\f2\fs20\cf0 &[PageTitle] \par } ×{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\qr\plain\f2\fs20\cf0 Page &[Page] \par } H’’NavRoot€€(Output€ ’’NavHead€€(Univariate Analysis of Variance€UNIANOVA€>aŲ’’’Ą’’’€€(Title€ €UNIANOVAķ’’’¼"ArialalPü{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Univariate Analysis of Variance - Mom & CBBAP Total \par } ’’NavNoteŲ’’’ż™ż’’€€(Notes€UNIANOVA’’PTPivotControllerŚIx…dddd’’ PVPivotView’’ PMPivotModel’’NDimensional__DspCell’’IndexedCollection ’’DspCell€’’ DspNumber€¾Ÿv—wĒB06-MAY-2004 09:27:10)€€€( )€€€(’’C:\Documents and Settings\suzi\Desktop\My Database.sav )€€€()€€€()€€€()€€,€(€Ąn@246)€€€(3User-defined missing values are treated as missing.)€€€(QStatistics are based on all cases with valid data for all variables in the model.)€€€(’>UNIANOVA bditotal BY mcaregrp mo_pgrp cbpttlgr /METHOD = SSTYPE(3) /INTERCEPT = INCLUDE /PLOT = PROFILE( mcaregrp*cbpttlgr ) /EMMEANS = TABLES(mcaregrp*cbpttlgr) /CRITERIA = ALPHA(.05) /DESIGN = mcaregrp mo_pgrp cbpttlgr mcaregrp*mo_pgrp mcaregrp*cbpttlgr mo_pgrp*cbpttlgr mcaregrp*mo_pgrp*cbpttlgr . )€€,€ €ŖńŅMbØ? 0:00:00.05NotesUNIANOVA_Notes’’PMPivotItemTree’’AbstractTreeBranch’’PMModelItemInfoŲt€€(ContentsN€P€t€€(Output CreatedN€P€t€€(CommentsN€P€t€€(InputN€P€t€€(DataN€P€t€€(FilterN€P€ t€€(WeightN€P€ t€€( Split FileN€P€ t€€(N of Rows in Working Data FileN€P€t€€(Missing Value HandlingN€P€ęt€€(Definition of MissingN€P€Õt€€( Cases UsedN€P€ t€€(SyntaxN€P€t€€( ResourcesN€P€ t€€( Elapsed Time TX`dhlpx|€ˆ  į’’PVViewDimensionM iTKKKK}‡\Kc‡€€(Notes€€(€€(’’ PTTableLook6’’PVSeparatorStyle–€’’ PVCellStyle’’’’’ PVTextStyleČx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x’’PVPrintManager ’’NavPivotž’’’—‹ž’’€€(Between-Subjects Factors€ ®UNIANOVA€dddd!€#€%€'€'€)€€€( below mean)€€,€(€ĄU@87'€)€€€( Above mean)€€,€(€ b@149'€)€€€( below mean)€€,€(€€]@118'€)€€€( Above mean)€€,€(€€]@118'€)€€€( below mean)€€,€(€€^@122'€)€€€( above mean)€€,€(€€\@114Between Subjects Factors%UNIANOVA_Table_BetweenSubjectsFactorsL€N€P€t€€( PropertiesN€P€?t€€( Value LabelN€P€t€€(NęźL€N€P€žt€€( Factor LevelsN€P€’’’’€€(PBI Mother's Care groupsN€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00N€P€’’’’€€("PBI Mother's Overprotection groupsN€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00N€P€’’’’€€(CBBAP total groupsN€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00÷ūKŒ€įWKWŒ€īKKKKKK2€€(Between-Subjects Factors€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€²­€iž’’kėü’’€€(!Tests of Between-Subjects Effects€ 3UNIANOVA€ą@ą@dddd!€#€%€'€'€ '€)€€'€,€((€PłĖTõ Œ@897.370'€)€€,€((€}Ź< )“@5261.163'€)€€,€((€vJV¶Jk@218.335'€)€€,€((€łį½\*oh@195.474'€)€€,€((€­šŚ =;@27.238'€)€€,€((€īČĒś7@23.614'€)€€,€((€ŠjŅb`@128.231'€)€€,€((€Q%Żķ»@4.184'€)€€,€((€ąŽ†ū±P@64.308'€)€€,€((€*bHŗ•¼@7317.728'€)€€,€((€€ßĢ@ 14783.000'€)€€,€((€œŌ}yŒ Ą@8215.097'€ '€)€€,€(€@7'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€€l@228'€)€€,€(€€m@236'€)€€,€(€`m@235'€ '€)€€,€((€REā C`@128.196'€)€€,€((€}Ź< )“@5261.163'€)€€,€((€vJV¶Jk@218.335'€)€€,€((€łį½\*oh@195.474'€)€€,€((€­šŚ =;@27.238'€)€€,€((€īČĒś7@23.614'€)€€,€((€ŠjŅb`@128.231'€)€€,€((€Q%Żķ»@4.184'€)€€,€((€ąŽ†ū±P@64.308'€)€€,€((€ä‡_Æ2 @@32.095'€ '€)€€,€(€b[5æ)ō@3.994'€)€€,€(€ŠČhŠ}d@163.923'€)€€,€(€«Œ¤©÷5@6.803'€)€€,€(€+“Ž¾—\@6.090'€)€€,€(€Ė ±W(ė?.849'€)€€,€(€0’ą $‹ē?.736'€)€€,€(€?ķŹ–gö@3.995'€)€€,€(€Wī‰š5ÆĄ?.130'€)€€,€(€ŠtF™y@2.004'€ '€)€€,€(€©źłō&9?.000'€)€€,€(€x²Ēkq#:.000'€)€€,€(€ Ķ)e߃?.010'€)€€,€(€ÜųŅ`”W?.014'€)€€,€(€hžĻŁŚēÖ?.358'€)€€,€(€ę™/gŁ?.392'€)€€,€(€ƒ=Ż* ų§?.047'€)€€,€(€D”ad0żę?.718'€)€€,€(€*?nt²BÄ?.158&Test of Between Subjects Fixed Effects0UNIANOVA_Table_TestofBetweenSubjectsFixedEffectsL€N€P€ēt€€(Dependent VariableN€P€’’’’€€(BDITOTALL€N€P€(t€€(Source N€P€ąt€€(Corrected ModelN€P€ t€€( InterceptN€P€’’’’€€(MCAREGRPN€P€’’’’€€(MO_PGRPN€P€’’’’€€(CBPTTLGRN€P€’’’’€€(MCAREGRP * MO_PGRPN€P€’’’’€€(MCAREGRP * CBPTTLGRN€P€’’’’€€(MO_PGRP * CBPTTLGRN€P€’’’’€€(MCAREGRP * MO_PGRP * CBPTTLGRN€P€ ÷t€€(ErrorN€P€ 3t€€(TotalN€P€ įt€€(Corrected Total  $(,048<@DHL  L€N€P€,t€€( StatisticsN€P€;t€€(Type III Sum of SquaresN€P€īt€€(dfN€P€t€€( Mean SquareN€P€żt€€(FN€P€%t€€(Sig.UY]ae’’ DspAnnotation’’DspTextComponentHandle€(,R Squared = .109 (Adjusted R Squared = .082)(?KŒ€N…€Œ€ qKZPV£fŸ¢KKk£Œ€P\K_KK_€€(!Tests of Between-Subjects Effects€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€7€€€(Estimated Marginal Means€‹€Éü’’²ü’’€€(Title€UNIANOVAķ’’’¼"ArialalPį{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Estimated Marginal Means \par } ­€ü’’©Żū’’€€(-PBI Mother's Care groups * CBBAP total groups€ “UNIANOVA€dddd!€#€%€'€'€'€'€)€€,€((€J’$I’$ @8.071)€€,€(€óŒŠüwó?1.217)€€,€((€źŖł²@5.674)€€,€((€OĢI$š$@10.469'€)€€,€((€@5.500)€€,€(€EĻ÷«ļé?.811)€€,€((€†āłZB9@3.903)€€,€((€½ƒŅ^c@7.097'€'€)€€,€((€²DmĖ@4.014)€€,€(€vȁV¤ć?.614)€€,€((€ų5dљp@2.805)€€,€((€hn†ńIå@5.224'€)€€,€((€jżJŚ@4.963)€€,€(€ÄŖŻ™‡č?.767)€€,€((€€c—h¤Ÿ @3.453)€€,€((€H"Æa0å@6.474Estimated Marginal Means%UNIANOVA_Table_EstimatedMarginalMeansL€N€P€,t€€( StatisticsN€P€t€€(MeanN€P€.t€€( Std. ErrorN€P€Öt€€(95% Confidence IntervalN€P€ t€€( Lower BoundN€P€=t€€( Upper BoundŲÜäčL€N€P€’’’’€€(CBBAP total groupsN€P€’’’’€€( below meanN€P€’’’’€€( above meanńõL€N€P€’’’’€€(PBI Mother's Care groupsN€P€’’’’€€( below meanN€P€’’’’€€( Above meanžL€N€P€ēt€€(Dependent VariableN€P€’’’’€€(BDITOTAL KŒ€ÓKK___Œ€ģZZ„€Œ€łZZ„€Œ€N…€€€(-PBI Mother's Care groups * CBBAP total groups€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€—€€€( Profile Plots€-€»ū’’¤ū’’€€(Title€1UNIANOVAķ’’’¼"ArialalPÖ{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Profile Plots \par } ’’NavChart‚ū’’ ņł’’€€(-PBI Mother's Care groups * CBBAP total groups€6 €UNIANOVAō?-PBI Mother's Care groups * CBBAP total groups.0u’’’’’’ļ’Ā#¤T‚.PBI Mother's Care groups * CBBAP total groupsn%Estimated Marginal Means of BDITOTAL&2<ZPBI Mother's Care groupsdEstimated Marginal MeansžCBBAP total groups below mean0below mean above mean0above mean® ® –below mean–Above mean:J’$I’$ @:²DmĖ@:@:jżJŚ@¾b Ü€€€(Univariate Analysis of Variance€;UNIANOVA€>aŠł’’øł’’€€(Title€? €UNIANOVAķ’’’¼"ArialalP{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Univariate Analysis of Variance - Mom & Discrepancy count \par } €Ų’’’ż™ż’’€€(Notes€DUNIANOVA€€AĄAdddd!€#€%€'€ )€€,€€¾ŸŠ wĒB06-MAY-2004 09:32:01)€€€( )€€€(’’C:\Documents and Settings\suzi\Desktop\My Database.sav )€€€()€€€()€€€()€€,€(€Ąn@246)€€€(3User-defined missing values are treated as missing.)€€€(QStatistics are based on all cases with valid data for all variables in the model.)€€€(’<UNIANOVA bditotal BY mcaregrp mo_pgrp cbppdtgr /METHOD = SSTYPE(3) /INTERCEPT = INCLUDE /PLOT = PROFILE( mo_pgrp*cbppdtgr ) /EMMEANS = TABLES(mo_pgrp*cbppdtgr) /CRITERIA = ALPHA(.05) /DESIGN = mcaregrp mo_pgrp cbppdtgr mcaregrp*mo_pgrp mcaregrp*cbppdtgr mo_pgrp*cbppdtgr mcaregrp*mo_pgrp*cbppdtgr . )€€,€ €ŖńŅMbØ? 0:00:00.05NotesUNIANOVA_NotesL€N€P€Ųt€€(ContentsN€P€t€€(Output CreatedN€P€t€€(CommentsN€P€t€€(InputN€P€t€€(DataN€P€t€€(FilterN€P€ t€€(WeightN€P€ t€€( Split FileN€P€ t€€(N of Rows in Working Data FileN€P€t€€(Missing Value HandlingN€P€ęt€€(Definition of MissingN€P€Õt€€( Cases UsedN€P€ t€€(SyntaxN€P€t€€( ResourcesN€P€ t€€( Elapsed Time swƒ‡‹—›Ÿ§  įŒ€n iTKKKK}‡\Kc‡€€(Notes€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€H­€–ł’’¢ƒų’’€€(Between-Subjects Factors€ ĘUNIANOVA€dddd!€#€%€'€'€)€€€( below mean)€€,€(€U@84'€)€€€( Above mean)€€,€(€`b@147'€)€€€( below mean)€€,€(€€\@114'€)€€€( Above mean)€€,€(€@]@117'€)€€€( below mean)€€,€(€@\@113'€)€€€( above mean)€€,€(€€]@118Between Subjects Factors%UNIANOVA_Table_BetweenSubjectsFactorsL€N€P€t€€( PropertiesN€P€?t€€( Value LabelN€P€t€€(NžL€N€P€žt€€( Factor LevelsN€P€’’’’€€(PBI Mother's Care groupsN€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00N€P€’’’’€€("PBI Mother's Overprotection groupsN€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00N€P€’’’’€€('CBBAP Positive Discrepancy total groupsN€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00'+KŒ€łWKWŒ€KKKKKK2€€(Between-Subjects Factors€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€Ź­€aų’’kćö’’€€(!Tests of Between-Subjects Effects€ KUNIANOVA€īĖx…dddd!€#€%€'€'€ '€)€€'€,€((€8u×wč@957.013'€)€€,€((€ļš‘šXµ@5464.604'€)€€,€((€ 5š~wh@195.735'€)€€,€((€ć°ÕÖOd@162.495'€)€€,€((€5©ŽNĮS@79.020'€)€€,€((€»}Gą)3@19.090'€)€€,€((€įYX˜L å?.658'€)€€,€((€ł9†Ō6o@249.713'€)€€,€((€jb„Kn@@2.281'€)€€,€((€ĒIlF»@6982.424'€)€€,€((€€ņĖ@ 14309.000'€)€€,€((€¾µDīoæ@7939.437'€ '€)€€,€(€@7'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€ąk@223'€)€€,€(€ąl@231'€)€€,€(€Ąl@230'€ '€)€€,€((€EÕčėa@136.716'€)€€,€((€ļš‘šXµ@5464.604'€)€€,€((€ 5š~wh@195.735'€)€€,€((€ć°ÕÖOd@162.495'€)€€,€((€5©ŽNĮS@79.020'€)€€,€((€»}Gą)3@19.090'€)€€,€((€įYX˜L å?.658'€)€€,€((€ł9†Ō6o@249.713'€)€€,€((€jb„Kn@@2.281'€)€€,€((€E… ‚²O?@31.311'€ '€)€€,€(€±;µ$w@4.366'€)€€,€(€Z`ĘĖŠe@174.525'€)€€,€(€H4E@6.251'€)€€,€(€ —’?5Ā@5.190'€)€€,€(€A(‚nŠ0@2.524'€)€€,€(€y ō¹§‚ć?.610'€)€€,€(€K5‡Ź•?.021'€)€€,€(€—Vx•ę@7.975'€)€€,€(€’<3§²?.073'€ '€)€€,€(€ %‰zÓH#?.000'€)€€,€(€å±„‘”ä9.000'€)€€,€(€Ķ»ó #äŠ?.013'€)€€,€(€“'—²<˜?.024'€)€€,€(€¹ĘÓņ„½?.114'€)€€,€(€DĪvŹüāŪ?.436'€)€€,€(€ ¼ĄQģ?.885'€)€€,€(€ӌč¹ö.u?.005'€)€€,€(€q*ā2é?.787&Test of Between Subjects Fixed Effects0UNIANOVA_Table_TestofBetweenSubjectsFixedEffectsL€N€P€ēt€€(Dependent VariableN€P€’’’’€€(BDITOTAL/L€N€P€(t€€(Source N€P€ąt€€(Corrected ModelN€P€ t€€( InterceptN€P€’’’’€€(MCAREGRPN€P€’’’’€€(MO_PGRPN€P€’’’’€€(CBPPDTGRN€P€’’’’€€(MCAREGRP * MO_PGRPN€P€’’’’€€(MCAREGRP * CBPPDTGRN€P€’’’’€€(MO_PGRP * CBPPDTGRN€P€’’’’€€(MCAREGRP * MO_PGRP * CBPPDTGRN€P€ ÷t€€(ErrorN€P€ 3t€€(TotalN€P€ įt€€(Corrected Total 8<@DHLPTX\`d  L€N€P€,t€€( StatisticsN€P€;t€€(Type III Sum of SquaresN€P€īt€€(dfN€P€t€€( Mean SquareN€P€żt€€(FN€P€%t€€(Sig.mquy}i‚k‚€(,R Squared = .121 (Adjusted R Squared = .093)`WKŒ€*N…€Œ€3 qKZPY£f¢¢KKk£Œ€h\K_KK_€€(!Tests of Between-Subjects Effects€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€O€€€(Estimated Marginal Means€”€Įö’’Ŗö’’€€(Title€„UNIANOVAķ’’’¼"ArialalPį{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Estimated Marginal Means \par } ­€ˆö’’¹Õõ’’€€(LPBI Mother's Overprotection groups * CBBAP Positive Discrepancy total groups€ ©UNIANOVA€ÖÓdddd!€#€%€'€'€'€'€)€€,€((€Z¾å[¾E@4.068)€€,€(€Ēå)2žė?.875)€€,€((€[L’Ņ’Ą@2.344)€€,€((€†ÖKĪü*@5.792'€)€€,€((€š²¦¬)k@5.105)€€,€(€„­¢nļ?.982)€€,€((€‹K02Z @3.169)€€,€((€n?5@O)@7.040'€'€)€€,€((€]n”² @8.349)€€,€(€éĢYFƒŁč?.777)€€,€((€Ź87F@6.819)€€,€((€UOū„'Ā#@9.879'€)€€,€((€–…C;–@4.647)€€,€(€Lå$ņĆ;ę?.695)€€,€((€AyU£8 @3.277)€€,€((€ŒNÜ$+@6.016Estimated Marginal Means%UNIANOVA_Table_EstimatedMarginalMeansL€N€P€,t€€( StatisticsN€P€t€€(MeanN€P€.t€€( Std. ErrorN€P€Öt€€(95% Confidence IntervalN€P€ t€€( Lower BoundN€P€=t€€( Upper BoundīņśžL€N€P€’’’’€€('CBBAP Positive Discrepancy total groupsN€P€’’’’€€( below meanN€P€’’’’€€( above mean L€N€P€’’’’€€("PBI Mother's Overprotection groupsN€P€’’’’€€( below meanN€P€’’’’€€( Above meanL€N€P€ēt€€(Dependent VariableN€P€’’’’€€(BDITOTAL!KŒ€éKK___Œ€ZZ¢€Œ€ZZ—€Œ€N…€€€(LPBI Mother's Overprotection groups * CBBAP Positive Discrepancy total groups€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€­€€€( Profile Plots€C€³õ’’œõ’’€€(Title€GUNIANOVAķ’’’¼"ArialalPÖ{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Profile Plots \par } 5ƒzõ’’ źó’’€€(HPBI Mother's Overprotection groups * CBBAP Positive Discrepancy total gr€K €UNIANOVAō?HPBI Mother's Overprotection groups * CBBAP Positive Discrepancy total grU0u’’’’’’ļ’Ā#¤T‚IPBI Mother's Overprotection groups * CBBAP Positive Discrepancy total grn%Estimated Marginal Means of BDITOTAL&2<Z#PBI Mother's Overprotection groupsdEstimated Marginal MeansžCBBAP Positive Discr below mean0below mean above mean0above mean® ® –below mean–Above mean:Z¾å[¾E@:]n”² @:š²¦¬)k@:–…C;–@¾b Ü€€€(Univariate Analysis of Variance€PUNIANOVA€>aČó’’°ó’’€€(Title€T € UNIANOVAķ’’’¼"ArialalP {\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Univariate Analysis of Variance - Mom & Directional Discrepancies \par } €Ų’’’ż™ż’’€€(Notes€YUNIANOVA€†Yw…dddd!€#€%€'€ )€€,€€w¾$§wĒB06-MAY-2004 09:35:32)€€€( )€€€(’’C:\Documents and Settings\suzi\Desktop\My Database.sav )€€€()€€€()€€€()€€,€(€Ąn@246)€€€(3User-defined missing values are treated as missing.)€€€(QStatistics are based on all cases with valid data for all variables in the model.)€€€(’<UNIANOVA bditotal BY mcaregrp mo_pgrp cbpddtgr /METHOD = SSTYPE(3) /INTERCEPT = INCLUDE /PLOT = PROFILE( mo_pgrp*cbpddtgr ) /EMMEANS = TABLES(mo_pgrp*cbpddtgr) /CRITERIA = ALPHA(.05) /DESIGN = mcaregrp mo_pgrp cbpddtgr mcaregrp*mo_pgrp mcaregrp*cbpddtgr mo_pgrp*cbpddtgr mcaregrp*mo_pgrp*cbpddtgr . )€€,€ €X9“Čv¾Ÿ? 0:00:00.03NotesUNIANOVA_NotesL€N€P€Ųt€€(ContentsN€P€t€€(Output CreatedN€P€t€€(CommentsN€P€t€€(InputN€P€t€€(DataN€P€t€€(FilterN€P€ t€€(WeightN€P€ t€€( Split FileN€P€ t€€(N of Rows in Working Data FileN€P€t€€(Missing Value HandlingN€P€ęt€€(Definition of MissingN€P€Õt€€( Cases UsedN€P€ t€€(SyntaxN€P€t€€( ResourcesN€P€ t€€( Elapsed Time ˆŒ”˜œ ¤¬°“¼  įŒ€ƒ iTKKKK}‡\Kc‡€€(Notes€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€]­€Žó’’—Čń’’€€(Between-Subjects Factors€ ŪUNIANOVA€dddd!€#€%€'€'€)€€€( below mean)€€,€(€U@84'€)€€€( Above mean)€€,€(€`b@147'€)€€€( below mean)€€,€(€€\@114'€)€€€( Above mean)€€,€(€@]@117'€)€€€('Behaviors more independant than beliefs)€€,€(€@P@65'€)€€€()Beliefs and behaviors equally independent)€€,€(€0@16'€)€€€('Beliefs more independant than behaviors)€€,€(€Ąb@150Between Subjects Factors%UNIANOVA_Table_BetweenSubjectsFactorsL€N€P€t€€( PropertiesN€P€?t€€( Value LabelN€P€t€€(NL€N€P€žt€€( Factor LevelsN€P€’’’’€€(PBI Mother's Care groupsN€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00N€P€’’’’€€("PBI Mother's Overprotection groupsN€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00N€P€’’’’€€(,CBBAP Directional Discrepancies total groupsN€P€’’’’€,€(€šæ-1.00N€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00+/7;CGKKŒ€WKWŒ€"KKKKKKK2€€(Between-Subjects Factors€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€ß­€¦ń’’o(š’’€€(!Tests of Between-Subjects Effects€ kUNIANOVA€¢£dddd!€#€%€'€'€ '€)€€'€,€((€l`O@1060.077'€)€€,€((€ŪÅNč@1914.076'€)€€,€((€9ŲUn@R@73.007'€)€€,€((€•č@JŚj@214.822'€)€€,€((€±ņāc\>@30.361'€)€€,€((€`yŌüML@56.609'€)€€,€((€²Āć}L¾R@74.973'€)€€,€((€"„)‚_„g@188.137'€)€€,€((€ķŃ'NFM@58.549'€)€€,€((€ćÆl,\ßŗ@6879.360'€)€€,€((€€ņĖ@ 14309.000'€)€€,€((€¾µDīoæ@7939.437'€ '€)€€,€(€&@11'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€@2'€)€€,€(€š?1'€)€€,€(€@2'€)€€,€(€@2'€)€€,€(€@2'€)€€,€(€`k@219'€)€€,€(€ąl@231'€)€€,€(€Ąl@230'€ '€)€€,€((€@ÜčÄøX@96.371'€)€€,€((€ŪÅNč@1914.076'€)€€,€((€9ŲUn@R@73.007'€)€€,€((€•č@JŚj@214.822'€)€€,€((€±ņāc\.@15.180'€)€€,€((€`yŌüML@56.609'€)€€,€((€²Āć}L¾B@37.487'€)€€,€((€"„)‚_„W@94.068'€)€€,€((€ķŃ'NF=@29.275'€)€€,€((€š"VY i?@31.413'€ '€)€€,€(€ō­šņ ‹@3.068'€)€€,€(€vPU'ywN@60.933'€)€€,€(€śš|Ķ—@2.324'€)€€,€(€Ā\GĻÕZ@6.839'€)€€,€(€E²°ŗķŽ?.483'€)€€,€(€ĖČįzÕü?1.802'€)€€,€(€(é-ó?1.193'€)€€,€(€µRóō@2.995'€)€€,€(€Ćj rŅķ?.932'€ '€)€€,€(€iQŒĪH?.001'€)€€,€(€ÖJxNņńP=.000'€)€€,€(€rD®×T}Ą?.129'€)€€,€(€X› JŲ‰ƒ?.010'€)€€,€(€ æ?óĮć?.617'€)€€,€(€ü‡šł%Ē?.181'€)€€,€(€ońæJŹ‡Ó?.305'€)€€,€(€6Mųy;®Ŗ?.052'€)€€,€(€Ŗ5ąXVMŁ?.395&Test of Between Subjects Fixed Effects0UNIANOVA_Table_TestofBetweenSubjectsFixedEffectsL€N€P€ēt€€(Dependent VariableN€P€’’’’€€(BDITOTALOL€N€P€(t€€(Source N€P€ąt€€(Corrected ModelN€P€ t€€( InterceptN€P€’’’’€€(MCAREGRPN€P€’’’’€€(MO_PGRPN€P€’’’’€€(CBPDDTGRN€P€’’’’€€(MCAREGRP * MO_PGRPN€P€’’’’€€(MCAREGRP * CBPDDTGRN€P€’’’’€€(MO_PGRP * CBPDDTGRN€P€’’’’€€(MCAREGRP * MO_PGRP * CBPDDTGRN€P€ ÷t€€(ErrorN€P€ 3t€€(TotalN€P€ įt€€(Corrected Total X\`dhlptx|€„  L€N€P€,t€€( StatisticsN€P€;t€€(Type III Sum of SquaresN€P€īt€€(dfN€P€t€€( Mean SquareN€P€żt€€(FN€P€%t€€(Sig.‘•™i‚k‚€(,R Squared = .134 (Adjusted R Squared = .090)!wKŒ€JN…€Œ€S qKZPZ£f£§KKk§Œ€ˆ\K_KK_€€(!Tests of Between-Subjects Effects€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€o€€€(Estimated Marginal Means€Į€š’’ļļ’’€€(Title€ÅUNIANOVAķ’’’¼"ArialalPį{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Estimated Marginal Means \par } ­€Ķļ’’¾”ī’’€€(QPBI Mother's Overprotection groups * CBBAP Directional Discrepancies total groups€ ÉUNIANOVA€ŪÅdddd!€#€%€'€'€'€'€)€€,€((€š™™™™™@4.900)€€,€(€µ™Rqnń?1.089)€€,€((€ĻS7@2.753)€€,€((€'ØK‰0@7.047'€)€€,€((€ˆ™™™™™é?.800)€€,€(€i*™üŽ@3.070)€€,€((€P`V¶+Ą-5.250)€€,€((€²Ę¼’f@6.850'€)€€,€((€<»æ0Ń@4.704)€€,€(€Dą>ØĖdė?.856)€€,€((€(Ÿ±S#@3.017)€€,€((€ä¦`Tא@6.391'€'€)€€,€((€_F`F@4.568)€€,€(€I5€ŽQš?1.020)€€,€((€ļµ³Ų w@2.558)€€,€((€Ē-2Ō‚P@6.579'€)€€,€((€€#@9.750)€€,€(€)ÅĪīHńü?1.809)€€,€((€žFĄW½@6.185)€€,€((€ÜņT”*@13.315'€)€€,€((€jd®Ć›F@6.569)€€,€(€Mŗ©„{”ä?.643)€€,€((€JŪ”k®4@5.301)€€,€((€Šķŗ‰X@7.836Estimated Marginal Means%UNIANOVA_Table_EstimatedMarginalMeansL€N€P€,t€€( StatisticsN€P€t€€(MeanN€P€.t€€( Std. ErrorN€P€Öt€€(95% Confidence IntervalN€P€ t€€( Lower BoundN€P€=t€€( Upper Bound( , 4 8 L€N€P€’’’’€€(,CBBAP Directional Discrepancies total groupsN€P€’’’’€€('Behaviors more independant than beliefsN€P€’’’’€€()Beliefs and behaviors equally independentN€P€’’’’€€('Beliefs more independant than behaviorsA E I L€N€P€’’’’€€("PBI Mother's Overprotection groupsN€P€’’’’€€( below meanN€P€’’’’€€( Above meanR V L€N€P€ēt€€(Dependent VariableN€P€’’’’€€(BDITOTAL_ KŒ€# KK___Œ€< ¢§§Œ€M ZZ—€Œ€Z N…€€€(QPBI Mother's Overprotection groups * CBBAP Directional Discrepancies total groups€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€Ķ€€€( Profile Plots€ €rī’’[ī’’€€(Title€… UNIANOVAķ’’’¼"ArialalPÖ{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Profile Plots \par } 5ƒ9ī’’ ©ģ’’€€(HPBI Mother's Overprotection groups * CBBAP Directional Discrepancies tot€‰  € UNIANOVAō?HPBI Mother's Overprotection groups * CBBAP Directional Discrepancies tot“0u’’’’’’ļ’Ā#¤T‚IPBI Mother's Overprotection groups * CBBAP Directional Discrepancies totn%Estimated Marginal Means of BDITOTAL&2<Z#PBI Mother's Overprotection groupsdEstimated Marginal MeansžCBBAP Directional Di ,Behaviors more independant than beliefs00CompObj ’’’’oCONTENTS’’’’’’’’’’’’7€Ole ’’’’’’’’’’’’CONTENTS’’’’’’’’’’’’³”CompObj ’’’’oOle ’’’’’’’’’’’’CONTENTS’’’’’’’’’’’’ĀČCompObj ’’’’oBehaviors more independant than beliefs -Beliefs and behaviors equally independen02Beliefs and behaviors equally independent ,Beliefs more independant than behaviors00Beliefs more independant than behaviors® ® ® –below mean–Above mean:š™™™™™@:_F`F@:ˆ™™™™™é?:€#@:<»æ0Ń@:jd®Ć›F@¾b Ü€€€(Univariate Analysis of Variance€Ž UNIANOVA€>a‡ģ’’oģ’’€€(Title€’  € UNIANOVAķ’’’¼"Arialalž’ ’’’’ĄFPicture (Enhanced Metafile)’’’’StaticEnhancedMetafileō9²qž’ ’’’’ĄFPicture (Enhanced Metafile)’’’’StaticEnhancedMetafileō9²qž’ ’’’’ĄFPicture (Enhanced Metafile)’’’’StaticEnhancedMetafileō9²qllߥ0Ē' EMF$‚ @Śc;øjlߥ0Ē' EMF$‚ @Śc;øj ą€   '’’’% &’’’%  +ß% % +ß  Rpģ’’’"Arial$0Kļ ¬ī šHļ ģż“E$WSöwųėżȆ$ųėż ģlxģlxU6ŽsųėżążØ&$čGüwążßöwģŽ:VśwßMT Extra-GDI-VECTOR-GDI-VECTORICLDLDBOLDĄŻwųėż ¬ ~dv% % €  %   Rpņ’’’"ArialLDBOLDĄŻwųėż ¬ ~dvųėżążØ&$čGüwQh ~ h ~\¬ Š ~\¬pČ{  6``ü’ 'įż’ ß`Ą ~ ¬ ~ %ųR ß Ō­ ~ ¬ ~dv% % T$D «#n›ÓA=OÓAD$$L’’’’’’’’”Estimated Marginal Means of BDITOTAL           %   Rpõ’’’"Arial``ü’ 'įż’ ß`Ą ~ ¬ ~ %ųR ß Ō­ ~ ¬ ~dvųėżążØ&$čGüwQh ~ h ~\¬ Š ~\¬Pƒ &``ü’ 'įż’ ß`Ą ~ ¬ ~ %ųR ß Ō­ ~ ¬ ~dv% % TDf$un›ÓA=OÓADv"L’’’’’’’’PBI Mother's Overprotection groups   % Tˆ*DfQn›ÓA=OÓA*R L’’’’’’’’`Above meanTˆ'DaQn›ÓA=OÓA'R L’’’’’’’’`below mean % % €(  Rpņ’’’„„"ArialĀw?¬Āwü’’’šHļ p}õw:ŠõwČäķ°>ĆwH Įw’’’’¬Āw*¬Āw żš(_€xäšHļ l嚈śwˆõw’’’’7õwēwŽ`ēw~ i0a Š ~Ķ‹õw87õwäHåT ķ Héwˆ2čw’’Ž`ēwÉé ~0aųR 0a “åŪ· ~ Š ~Ū!„ ~ iŪ!„ ¬ ~dv% TÜ™'Bn›ÓA=OÓA(BL’’’’’’’’|Estimated Marginal Means    % TX2*=7n›ÓA=OÓA28L’’’’’’’’P12TX2W=dn›ÓA=OÓA2eL’’’’’’’’P10TT8„=‘n›ÓA=OÓA8’L’’’’’’’’P8TT8±=¾n›ÓA=OÓA8æL’’’’’’’’P6TT8Ž=ėn›ÓA=OÓA8ģL’’’’’’’’P4TT8 =n›ÓA=OÓA8L’’’’’’’’P2TT83=@n›ÓA=OÓA8AL’’’’’’’’P0&’% Z8X(^.X.^.^(X(X.% Z,QkQk&’% Z8Xń^÷X÷^÷^ńXńX÷% Z,QÜkÜQÜkÜ&’% Z8X»^ĮXĮ^Į^»X»XĮ% Z,Q¦k¦Q¦k¦% % €(  Rpņ’’’"Arialņ x?ā³ ~Ź³ ~Ū!„Ųä€ ¬ ~ %ųR 8å0Ō­ ~ Ū!„°p­ ~ %+0ūxä+0ūl嚈śwˆõw’’’’7õwēwŽ`ēw~ j0a Š ~ž†šDš Dī HåĮķ Héwˆ2čw’’Ž`ēwÉé ~0aųR 0a “åŪ· ~ Š ~Ū!„ ~ jŪ!„ ¬ ~dv% TÄMŅœn›ÓA=OÓAML’’’’’’’’tCBBAP Directional Di   % TÄf±Ī¾n›ÓA=OÓAfæL’’’’’’’’tBehaviors more indepTĄfĒĮŌn›ÓA=OÓAfÕL’’’’’’’’tendant than beliefsTÄfēČōn›ÓA=OÓAfõL’’’’’’’’tBeliefs and behaviorTÄfżĖ n›ÓA=OÓAf L’’’’’’’’ts equally independenTÄfŹ*n›ÓA=OÓAf+L’’’’’’’’tBeliefs more indepenTĄf3Å@n›ÓA=OÓAfAL’’’’’’’’tdant than behaviorsi_8 88"% Zt)^ZB1E1B^E^BŒEŒB¹E¹BęEęBEBAEA% Z8,(b]IAIDEAED% %  +E1IA& %  Z8E1IAEAIAI1E1EA% Z,E¬IÖEÖI¬% Z,EdI/E/Id% Z,EŅIŁEŅIŁ% ZPB©LŁ FÆLÆL©F©FÆBŁHŁHÓBÓBŁ% ZPBaL2 FgLgLaFaFgB2H2H,B,B2% ZPBĻLÜ FÜLÜLÖFÖFÜBÕHÕHĻBĻBÕ% Z,E1EAEAE1Z,EAIAEAIA% €( ( ( % €% €( % €( % €( % €( % €( % €( % €( llߥ0Ē' EMFXs @Śc;øjlߥ0Ē' EMFXs @Śc;øj ą€   '’’’% &’’’%  +ß% % +ß  Rpģ’’’"Arial$0’ī ¬ī šī ģż“E$WSöwųėżȆ$ųėż ģlxģlxU6ŽsųėżążØ&$čGüwążßöwģŽ:VśwßMT Extra-GDI-VECTOR-GDI-VECTORICLDLDBOLDĄŻwųėż ¬ ~dv% % €  %   Rpņ’’’"ArialLDBOLDĄŻwųėż ¬ ~dvųėżążØ&$čGüwQh ~ h ~@ Š ~@hE}  6``ü’ 'įż’ ß`Ą ~ ¬ ~ %ųR ß Ō­ ~ ¬ ~dv% % T$> „#n›ÓA=OÓA>$$L’’’’’’’’”Estimated Marginal Means of BDITOTAL           %   Rpõ’’’"Arial``ü’ 'įż’ ß`Ą ~ ¬ ~ %ųR ß Ō­ ~ ¬ ~dvųėżążØ&$čGüwQh ~ h ~@ Š ~@p &``ü’ 'įż’ ß`Ą ~ ¬ ~ %ųR ß Ō­ ~ ¬ ~dv% % T>fun›ÓA=OÓA>v"L’’’’’’’’PBI Mother's Overprotection groups   % Tˆ)DeQn›ÓA=OÓA)R L’’’’’’’’`Above meanTˆ!D[Qn›ÓA=OÓA!R L’’’’’’’’`below mean % % €(  Rpņ’’’„„"ArialĀw?¬Āwü’’’šī p}õw:ŠõwČäķ°>ĆwH Įw’’’’¬Āw*¬Āw żš(_€x䚏ī l嚈śwˆõw’’’’7õwēwŽ`ēwp ĢĄ—# Š ~Ķ‹õw87õwäHå$ˆķ Héwˆ2čw’’Ž`ēwÉé ~Ą—#ųR Ą—# “åŪ· ~ Š ~ž!4 p Ģž!4 ¬ ~dv% TÜ™'Bn›ÓA=OÓA(BL’’’’’’’’|Estimated Marginal Means    % TT2*77n›ÓA=OÓA28L’’’’’’’’P9TT2W7dn›ÓA=OÓA2eL’’’’’’’’P8TT2„7‘n›ÓA=OÓA2’L’’’’’’’’P7TT2±7¾n›ÓA=OÓA2æL’’’’’’’’P6TT2Ž7ėn›ÓA=OÓA2ģL’’’’’’’’P5TT2 7n›ÓA=OÓA2L’’’’’’’’P4TT237@n›ÓA=OÓA2AL’’’’’’’’P3&’% Z8W3]9W9]9]3W3W9% Z,P)j)P)j)&’% Z8W]W]]WW% Z,P j P j % % €(  Rpņ’’’"Arialżš(_ā³ ~Ź³ ~ž!4Ųä€ ¬ ~ %ųR 8å0Ō­ ~ ž!4°p­ ~ %:0źxä:0źl嚈śwˆõw’’’’7õwēwŽ`ēwp ĶĄ—# Š ~ž†(Jš Dī Håiķ Héwˆ2čw’’Ž`ēwÉé ~Ą—#ųR Ą—# “åŪ· ~ Š ~ž!4 p Ķž!4 ¬ ~dv% TÄLšŅ’n›ÓA=OÓALL’’’’’’’’tCBBAP Positive Discr   % TˆeŸ!n›ÓA=OÓAe" L’’’’’’’’`below mean Tˆe3Ÿ@n›ÓA=OÓAeA L’’’’’’’’`above mean_888"% Zt#XZ<1?1<^?^<Œ?Œ<¹?¹<ę?ę<?<A?A% Z8&(a]HAHD?A?D% %  +?1HA& %  Z8?1HA?AHAH1?1?A% Z,?āHö?āHö% Z,?OH?HO% ZP<ßKł EłKłKóEóEł<åBåBß<ß<å% ZP<LK ERKRKLELER<BB<<% Z,?1?A?A?1Z,?AHA?AHA% €( ( ( % €% €( % €( % €( % €( % €( % €( Pž{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Univariate Analysis of Variance - Dad and CBBAP total \par } €Ų’’’ż¹ż’’€€(Notes€— UNIANOVA€C¦ Fdddd!€#€%€'€ )€€,€€5^Ū°wĒB06-MAY-2004 09:40:43)€€€( )€€€(’’C:\Documents and Settings\suzi\Desktop\My Database.sav )€€€()€€€()€€€()€€,€(€Ąn@246)€€€(3User-defined missing values are treated as missing.)€€€(QStatistics are based on all cases with valid data for all variables in the model.)€€€(’>UNIANOVA bditotal BY fcaregrp fo_pgrp cbpttlgr /METHOD = SSTYPE(3) /INTERCEPT = INCLUDE /PLOT = PROFILE( fcaregrp*cbpttlgr ) /EMMEANS = TABLES(fcaregrp*cbpttlgr) /CRITERIA = ALPHA(.05) /DESIGN = fcaregrp fo_pgrp cbpttlgr fcaregrp*fo_pgrp fcaregrp*cbpttlgr fo_pgrp*cbpttlgr fcaregrp*fo_pgrp*cbpttlgr . )€€,€ €ś~j¼t“Ø? 0:00:00.05NotesUNIANOVA_NotesL€N€P€Ųt€€(ContentsN€P€t€€(Output CreatedN€P€t€€(CommentsN€P€t€€(InputN€P€t€€(DataN€P€t€€(FilterN€P€ t€€(WeightN€P€ t€€( Split FileN€P€ t€€(N of Rows in Working Data FileN€P€t€€(Missing Value HandlingN€P€ęt€€(Definition of MissingN€P€Õt€€( Cases UsedN€P€ t€€(SyntaxN€P€t€€( ResourcesN€P€ t€€( Elapsed Time Ę Ź Ņ Ö Ś Ž ā ź ī ņ ś  įŒ€Į iTKKKK}‡\K,€(€€\@114'€)€€€( Above mean)€€,€(€@]@117'€)€€€( below mean)€€,€(€@\@113'€)€€€( above mean)€€,€(€€]@118Between Subjects Factors%UNIANOVA_Table_BetweenSubjectsFactorsL€N€P€t€€( PropertiesN€P€?t€€( Value LabelN€P€t€€(NžL€N€P€žt€€( Factor LevelsN€P€’’’’€€(PBI Mother's Care groupsN€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00N€P€’’’’€€("PBI Mother's Overprotection groupsN€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00N€P€’’’’€€('CBBAP Positive Discrepancy total groupsN€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00'+KŒ€łWKWŒ€KKKKKK2€€(Between-Subjects Factors€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€Ź­€aų’’kćö’’€€(!Tests of Between-Subjects Effects€ KUNIANOVA€īĖx…dddd!€#€%€'€'€ '€)€€'€,€((€8u×wč@957.013'€)€€,€((€ļš‘šXµ@5464.604'€)€€,€((€ 5š~wh@195.735'€)€€,€((€ć°ÕÖOd@162.495'€)€€,€((€5©ŽNĮS@79.020'€)€€,€((€»}Gą)3@19.090'€)€€,€((€įYX˜L å?.658'€)€€,€((€ł9†Ō6o@249.713'€)€€,€((€jb„Kn@@2.281'€)€€,€((€ĒIlF»@6982.424'€)€€,€((€€ņĖ@ 14309.000'€)€€,€((€¾µDīoæ@7939.437'€ '€)€€,€(€@7'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€ąk@223'€)€€,€(€ąl@231'€)€€,€(€Ąl@230'€ '€)€€,€((€EÕčėa@136.716'€)€€,€((€ļš‘šXµ@5464.604'€)€€,€((€ 5š~wh@195.735'€)€€,€((€ć°ÕÖOd@162.495'€)€€,€((€5©ŽNĮS@79.020'€)€€,€((€»}Gą)3@19.090'€)€€,€((€įYX˜L å?.658'€)€€,€((€ł9†Ō6o@249.713'€)€€,€((€jb„Kn@@2.281'€)€€,€((€E… ‚²O?@31.311'€ '€)€€,€(€±;µ$w@4.366'€)€€,€(€Z`ĘĖŠe@174.525'€)€€,€(€H4E@6.251'€)€€,€(€ —’?5Ā@5.190'€)€€,€(€A(‚nŠ0@2.524'€)€€,€(€y ō¹§‚ć?.610'€)€€,€(€K5‡Ź•?.021'€)€€,€(€—Vx•ę@7.975'€)€€,€(€’<3§²?.073'€ '€)€€,€(€ %‰zÓH#?.000'€)€€,€(€å±„‘”ä9.000'€)€€,€(€Ķ»ó #äŠ?.013'€)€€,€(€“'—²<˜?.024'€)€€,€(€¹ĘÓņ„½?.114'€)€€,€(€DĪvŹüāŪ?.436'€)€€,€(€ ¼ĄQģ?.885'€)€€,€(€ӌč¹ö.u?.005'€)€€,€(€q*ā2é?.787&Test of Between Subjects Fixed Effects0UNIANOVA_Table_TestofBetweenSubjectsFixedEffectsL€N€P€ēt€€(Dependent VariableN€P€’’’’€€(BDITOTAL/L€N€P€(t€€(Source N€P€ąt€€(Corrected ModelN€P€ t€€( InterceptN€P€’’’’€€(MCAREGRPN€P€’’’’€€(MO_PGRPN€P€’’’’€€(CBPPDTGRN€P€’’’’€€(MCAREGRP * MO_PGRPN€P€’’’’€€(MCAREGRP * CBPPDTGRN€P€’’’’€€(MO_PGRP * CBPPDTGRN€P€’’’’€€(MCAREGRP * MO_PGRP * CBPPDTGRN€P€ ÷t€€(ErrorN€P€ 3t€€(TotalN€P€ įt€€(Corrected Total 8<@DHLPTX\`d  L€N€P€,t€€( StatisticsN€P€;t€€(Type III Sum of SquaresN€P€īt€€(dfN€P€t€€( Mean SquareN€P€żt€€(FN€P€%t€€(Sig.mquy}i‚k‚€(,R Squared = .121 (Adjusted R Squared = .093)`WKŒ€*N…€Œ€3 qKZPY£f¢¢KKk£Œ€h\K_KK_€€(!Tests of Between-Subjects Effects€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€O€€€(Estimated Marginal Means€”€Įö’’Ŗö’’€€(Title€„UNIANOVAķ’’’¼"ArialalPį{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Estimated Marginal Means \par } ­€ˆö’’¹Õõ’’€€(LPBI Mother's Overprotection groups * CBBAP Positive Discrepancy total groups€ ©UNIANOVA€ÖÓdddd!€#€%€'€'€'€'€)€€,€((€Z¾å[¾E@4.068)€€,€(€Ēå)2žė?.875)€€,€((€[L’Ņ’Ą@2.344)€€,€((€†ÖKĪü*@5.792'€)€€,€((€š²¦¬)k@5.105)€€,€(€„­¢nļ?.982)€€,€((€‹K02Z @3.169)€€,€((€n?5@O)@7.040'€'€)€€,€((€]n”² @8.349)€€,€(€éĢYFƒŁč?.777)€€,€((€Ź87F@6.819)€€,€((€UOū„'Ā#@9.879'€)€€,€((€–…C;–@4.647)€€,€(€Lå$ņĆ;ę?.695)€€,€((€AyU£8 @3.277)€€,€((€ŒNÜ$+@6.016Estimated Marginal Means%UNIANOVA_Table_EstimatedMarginalMeansL€N€P€,t€€( StatisticsN€P€t€€(MeanN€P€.t€€( Std. ErrorN€P€Öt€€(95% Confidence IntervalN€P€ t€€( Lower BoundN€P€=t€€( Upper BoundīņśžL€N€P€’’’’€€('CBBAP Positive Discrepancy total groupsN€P€’’’’€€( below meanN€P€’’’’€€( above mean L€N€P€’’’’€€("PBI Mother's Overprotection groupsN€P€’’’’€€( below meanN€P€’’’’€€( Above meanL€N€P€ēt€€(Dependent VariableN€P€’’’’€€(BDITOTAL!KŒ€éKK___Œ€ZZ¢€Œ€ZZ—€Œ€N…€€€(LPBI Mother's Overprotection groups * CBBAP Positive Discrepancy total groups€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€­€€€( Profile Plots€C€³õ’’œõ’’€€(Title€GUNIANOVAķ’’’¼"ArialalPÖ{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Profile Plots \par } 5ƒzõ’’ źó’’€€(HPBI Mother's Overprotection groups * CBBAP Positive Discrepancy total gr€K €UNIANOVAō?HPBI Mother's Overprotection groups * CBBAP Positive Discrepancy total grU0u’’’’’’ļ’Ā#¤T‚IPBI Mother's Overprotection groups * CBBAP Positive Discrepancy total grn%Estimated Marginal Means of BDITOTAL&2<Z#PBI Mother's Overprotection groupsdEstimated Marginal MeansžCBBAP Positive Discr below mean0below mean above mean0above mean® ® –below mean–Above mean:Z¾å[¾E@:]n”² @:š²¦¬)k@:–…C;–@¾b Ü€€€(Univariate Analysis of Variance€PUNIANOVA€>aČó’’°ó’’€€(Title€T € UNIANOVAķ’’’¼"ArialalP {\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Univariate Analysis of Variance - Mom & Directional Discrepancies \par } €Ų’’’ż™ż’’€€(Notes€YUNIANOVA€†Yw…dddd!€#€%€'€ )€€,€€w¾$§wĒB06-MAY-2004 09:35:32)€€€( )€€€(’’C:\Documents and Settings\suzi\Desktop\My Database.sav )€€€()€€€()€€€()€€,€(€Ąn@246)€€€(3User-defined missing values are treated as missing.)€€€(QStatistics are based on all cases with valid data for all variables in the model.)€€€(’<UNIANOVA bditotal BY mcaregrp mo_pgrp cbpddtgr /METHOD = SSTYPE(3) /INTERCEPT = INCLUDE /PLOT = PROFILE( mo_pgrp*cbpddtgr ) /EMMEANS = TABLES(mo_pgrp*cbpddtgr) /CRITERIA = ALPHA(.05) /DESIGN = mcaregrp mo_pgrp cbpddtgr mcaregrp*mo_pgrp mcaregrp*cbpddtgr mo_pgrp*cbpddtgr mcaregrp*mo_pgrp*cbpddtgr . )€€,€ €X9“Čv¾Ÿ? 0:00:00.03NotesUNIANOVA_NotesL€N€P€Ųt€€(ContentsN€P€t€€(Output CreatedN€P€t€€(CommentsN€P€t€€(InputN€P€t€€(DataN€P€t€€(FilterN€P€ t€€(WeightN€P€ t€€( Split FileN€P€ t€€(N of Rows in Working Data FileN€P€t€€(Missing Value HandlingN€P€ęt€€(Definition of MissingN€P€Õt€€( Cases UsedN€P€ t€€(SyntaxN€P€t€€( ResourcesN€P€ t€€( Elapsed Time ˆŒ”˜œ ¤¬°“¼  įŒ€ƒ iTKKKK}‡\Kc‡€€(Notes€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€]­€Žó’’—Čń’’€€(Between-Subjects Factors€ ŪUNIANOVA€dddd!€#€%€'€'€)€€€( below mean)€€,€(€U@84'€)€€€( Above mean)€€,€(€`b@147'€)€€€( below mean)€€,€(€€\@114'€)€€€( Above mean)€€,€(€@]@117'€)€€€('Behaviors more independant than beliefs)€€,€(€@P@65'€)€€€()Beliefs and behaviors equally independent)€€,€(€0@16'€)€€€('Beliefs more independant than behaviors)€€,€(€Ąb@150Between Subjects Factors%UNIANOVA_Table_BetweenSubjectsFactorsL€N€P€t€€( PropertiesN€P€?t€€( Value LabelN€P€t€€(NL€N€P€žt€€( Factor LevelsN€P€’’’’€€(PBI Mother's Care groupsN€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00N€P€’’’’€€("PBI Mother's Overprotection groupsN€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00N€P€’’’’€€(,CBBAP Directional Discrepancies total groupsN€P€’’’’€,€(€šæ-1.00N€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00+/7;CGKKŒ€WKWŒ€"KKKKKKK2€€(Between-Subjects Factors€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€ß­€¦ń’’o(š’’€€(!Tests of Between-Subjects Effects€ kUNIANOVA€¢£dddd!€#€%€'€'€ '€)€€'€,€((€l`O@1060.077'€)€€,€((€ŪÅNč@1914.076'€)€€,€((€9ŲUn@R@73.007'€)€€,€((€•č@JŚj@214.822'€)€€,€((€±ņāc\>@30.361'€)€€,€((€`yŌüML@56.609'€)€€,€((€²Āć}L¾R@74.973'€)€€,€((€"„)‚_„g@188.137'€)€€,€((€ķŃ'NFM@58.549'€)€€,€((€ćÆl,\ßŗ@6879.360'€)€€,€((€€ņĖ@ 14309.000'€)€€,€((€¾µDīoæ@7939.437'€ '€)€€,€(€&@11'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€@2'€)€€,€(€š?1'€)€€,€(€@2'€)€€,€(€@2'€)€€,€(€@2'€)€€,€(€`k@219'€)€€,€(€ąl@231'€)€€,€(€Ąl@230'€ '€)€€,€((€@ÜčÄøX@96.371'€)€€,€((€ŪÅNč@1914.076'€)€€,€((€9ŲUn@R@73.007'€)€€,€((€•č@JŚj@214.822'€)€€,€((€±ņāc\.@15.180'€)€€,€((€`yŌüML@56.609'€)€€,€((€²Āć}L¾B@37.487'€)€€,€((€"„)‚_„W@94.068'€)€€,€((€ķŃ'NF=@29.275'€)€€,€((€š"VY i?@31.413'€ '€)€€,€(€ō­šņ ‹@3.068'€)€€,€(€vPU'ywN@60.933'€)€€,€(€śš|Ķ—@2.324'€)€€,€(€Ā\GĻÕZ@6.839'€)€€,€(€E²°ŗķŽ?.483'€)€€,€(€ĖČįzÕü?1.802'€)€€,€(€(é-ó?1.193'€)€€,€(€µRóō@2.995'€)€€,€(€Ćj rŅķ?.932'€ '€)€€,€(€iQŒĪH?.001'€)€€,€(€ÖJxNņńP=.000'€)€€,€(€rD®×T}Ą?.129'€)€€,€(€X› JŲ‰ƒ?.010'€)€€,€(€ æ?óĮć?.617'€)€€,€(€ü‡šł%Ē?.181'€)€€,€(€ońæJŹ‡Ó?.305'€)€€,€(€6Mųy;®Ŗ?.052'€)€€,€(€Ŗ5ąXVMŁ?.395&Test of Between Subjects Fixed Effects0UNIANOVA_Table_TestofBetweenSubjectsFixedEffectsL€N€P€ēt€€(Dependent VariableN€P€’’’’€€(BDITOTALOL€N€P€(t€€(Source N€P€ąt€€(Corrected ModelN€P€ t€€( InterceptN€P€’’’’€€(MCAREGRPN€P€’’’’€€(MO_PGRPN€P€’’’’€€(CBPDDTGRN€P€’’’’€€(MCAREGRP * MO_PGRPN€P€’’’’€€(MCAREGRP * CBPDDTGRN€P€’’’’€€(MO_PGRP * CBPDDTGRN€P€’’’’€€(MCAREGRP * MO_PGRP * CBPDDTGRN€P€ ÷t€€(ErrorN€P€ 3t€€(TotalN€P€ įt€€(Corrected Total X\`dhlptx|€„  L€N€P€,t€€( StatisticsN€P€;t€€(Type III Sum of SquaresN€P€īt€€(dfN€P€t€€( Mean SquareN€P€żt€€(FN€P€%t€€(Sig.‘•™i‚k‚€(,R Squared = .134 (Adjusted R Squared = .090)!wKŒ€JN…€Œ€S qKZPZ£f£§KKk§Œ€ˆ\K_KK_€€(!Tests of Between-Subjects Effects€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€o€€€(Estimated Marginal Means€Į€š’’ļļ’’€€(Title€ÅUNIANOVAķ’’’¼"ArialalPį{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Estimated Marginal Means \par } ­€Ķļ’’¾”ī’’€€(QPBI Mother's Overprotection groups * CBBAP Directional Discrepancies total groups€ ÉUNIANOVA€ŪÅdddd!€#€%€'€'€'€'€)€€,€((€š™™™™™@4.900)€€,€(€µ™Rqnń?1.089)€€,€((€ĻS7@2.753)€€,€((€'ØK‰0@7.047'€)€€,€((€ˆ™™™™™é?.800)€€,€(€i*™üŽ@3.070)€€,€((€P`V¶+Ą-5.250)€€,€((€²Ę¼’f@6.850'€)€€,€((€<»æ0Ń@4.704)€€,€(€Dą>ØĖdė?.856)€€,€((€(Ÿ±S#@3.017)€€,€((€ä¦`Tא@6.391'€'€)€€,€((€_F`F@4.568)€€,€(€I5€ŽQš?1.020)€€,€((€ļµ³Ų w@2.558)€€,€((€Ē-2Ō‚P@6.579'€)€€,€((€€#@9.750)€€,€(€)ÅĪīHńü?1.809)€€,€((€žFĄW½@6.185)€€,€((€ÜņT”*@13.315'€)€€,€((€jd®Ć›F@6.569)€€,€(€Mŗ©„{”ä?.643)€€,€((€JŪ”k®4@5.301)€€,€((€Šķŗ‰X@7.836Estimated Marginal Means%UNIANOVA_Table_EstimatedMarginalMeansL€N€P€,t€€( StatisticsN€P€t€€(MeanN€P€.t€€( Std. ErrorN€P€Öt€€(95% Confidence IntervalN€P€ t€€( Lower BoundN€P€=t€€( Upper Bound( , 4 8 L€N€P€’’’’€€(,CBBAP Directional Discrepancies total groupsN€P€’’’’€€('Behaviors more independant than beliefsN€P€’’’’€€()Beliefs and behaviors equally independentN€P€’’’’€€('Beliefs more independant than behaviorsA E I L€N€P€’’’’€€("PBI Mother's Overprotection groupsN€P€’’’’€€( below meanN€P€’’’’€€( Above meanR V L€N€P€ēt€€(Dependent VariableN€P€’’’’€€(BDITOTAL_ KŒ€# KK___Œ€< ¢§§Œ€M ZZ—€Œ€Z N…€€€(QPBI Mother's Overprotection groups * CBBAP Directional Discrepancies total groups€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€Ķ€€€( Profile Plots€ €rī’’[ī’’€€(Title€… UNIANOVAķ’’’¼"ArialalPÖ{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Profile Plots \par } 5ƒ9ī’’ ©ģ’’€€(HPBI Mother's Overprotection groups * CBBAP Directional Discrepancies tot€‰  € UNIANOVAō?HPBI Mother's Overprotection groups * CBBAP Directional Discrepancies tot“0u’’’’’’ļ’Ā#¤T‚IPBI Mother's Overprotection groups * CBBAP Directional Discrepancies totn%Estimated Marginal Means of BDITOTAL&2<Z#PBI Mother's Overprotection groupsdEstimated Marginal MeansžCBBAP Directional Di ,Behaviors more independant than beliefs00Behaviors more independant than beliefs -Beliefs and behaviors equally independen02Beliefs and behaviors equally independent ,Beliefs more independant than behaviors00Beliefs more independant than behaviors® ® ® –below mean–Above mean:š™™™™™@:_F`F@:ˆ™™™™™é?:€#@:<»æ0Ń@:jd®Ć›F@¾b Ü€€€(Univariate Analysis of Variance€Ž UNIANOVA€>a‡ģ’’oģ’’€€(Title€’  € UNIANOVAķ’’’¼"ArialalPž{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Univariate Analysis of Variance - Dad and CBBAP total \par } €Ų’’’ż¹ż’’€€(Notes€— UNIANOVA€C¦ Fdddd!€#€%€'€ )€€,€€5^Ū°wĒB06-MAY-2004 09:40:43)€€€( )€€€(’’C:\Documents and Settings\suzi\Desktop\My Database.sav )€€€()€€€()€€€()€€,€(€Ąn@246)€€€(3User-defined missing values are treated as missing.)€€€(QStatistics are based on all cases with valid data for all variables in the model.)€€€(’>UNIANOVA bditotal BY fcaregrp fo_pgrp cbpttlgr /METHOD = SSTYPE(3) /INTERCEPT = INCLUDE /PLOT = PROFILE( fcaregrp*cbpttlgr ) /EMMEANS = TABLES(fcaregrp*cbpttlgr) /CRITERIA = ALPHA(.05) /DESIGN = fcaregrp fo_pgrp cbpttlgr fcaregrp*fo_pgrp fcaregrp*cbpttlgr fo_pgrp*cbpttlgr fcaregrp*fo_pgrp*cbpttlgr . )€€,€ €ś~j¼t“Ø? 0:00:00.05NotesUNIANOVA_NotesL€N€P€Ųt€€(ContentsN€P€t€€(Output CreatedN€P€t€€(CommentsN€P€t€€(InputN€P€t€€(DataN€P€t€€(FilterN€P€ t€€(WeightN€P€ t€€( Split FileN€P€ t€€(N of Rows in Working Data FileN€P€t€€(Missing Value HandlingN€P€ęt€€(Definition of MissingN€P€Õt€€( Cases UsedN€P€ t€€(SyntaxN€P€t€€( ResourcesN€P€ t€€( Elapsed Time Ę Ź Ņ Ö Ś Ž ā ź ī ņ ś  įŒ€Į iTKKKK}‡\Kc‡€€(Notes€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€› ­€Mģ’’—:ė’’€€(Between-Subjects Factors€  UNIANOVA€Ifdddd!€#€%€'€'€)€€€( below mean)€€,€(€Z@104'€)€€€( Above mean)€€,€(€@`@130'€)€€€( below mean)€€,€(€ą`@135'€)€€€( Above mean)€€,€(€ĄX@99'€)€€€( below mean)€€,€(€^@120'€)€€€( above mean)€€,€(€€\@114Between Subjects Factors%UNIANOVA_Table_BetweenSubjectsFactorsL€N€P€t€€( PropertiesN€P€?t€€( Value LabelN€P€t€€(NQ U L€N€P€žt€€( Factor LevelsN€P€’’’’€€(PBI Father's care groups N€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00N€P€’’’’€€("PBI Father's Overprotection groupsN€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00N€P€’’’’€€(CBBAP total groupsN€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00b f n r z ~ KŒ€L WKWŒ€Y KKKKKK2€€(Between-Subjects Factors€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€ ­€ė’’nŖé’’€€(!Tests of Between-Subjects Effects€ ž UNIANOVA€²Ńx…dddd!€#€%€'€'€ '€)€€'€,€((€@7ž›h’@1159.352'€)€€,€((€kxļŪ_į¼@7393.374'€)€€,€((€clļēćy@414.244'€)€€,€((€!¼÷lōf@176.249'€)€€,€((€0Z(B B@36.192'€)€€,€((€`żWŃ\Z@105.450'€)€€,€((€¬ūÓÅŽ×r@301.492'€)€€,€((€†§6#R@72.550'€)€€,€((€āĀ”PźQ@71.661'€)€€,€((€Ž™v;M…»@7045.302'€)€€,€((€€ÖĢ@ 14765.000'€)€€,€((€Æ;±SĄ@8204.654'€ '€)€€,€(€@7'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€@l@226'€)€€,€(€@m@234'€)€€,€(€ m@233'€ '€)€€,€((€%?Då³d@165.622'€)€€,€((€kxļŪ_į¼@7393.374'€)€€,€((€clļēćy@414.244'€)€€,€((€!¼÷lōf@176.249'€)€€,€((€0Z(B B@36.192'€)€€,€((€`żWŃ\Z@105.450'€)€€,€((€¬ūÓÅŽ×r@301.492'€)€€,€((€†§6#R@72.550'€)€€,€((€āĀ”PźQ@71.661'€)€€,€((€Ī,IĖ„,?@31.174'€ '€)€€,€(€õĘVW@@5.313'€)€€,€(€”kĀģK„m@237.166'€)€€,€(€£«‹“*@13.288'€)€€,€(€ļXvni@5.654'€)€€,€(€ 11 c“ņ?1.161'€)€€,€(€g1“ÉØ @3.383'€)€€,€(€.Š†³W#@9.671'€)€€,€(€ī8“ÆAž@2.327'€)€€,€(€o!*ŌŁc@2.299'€ '€)€€,€(€ŠzŸ'Ÿˆé>.000'€)€€,€(€ˆ‘¬į-c8.000'€)€€,€(€õg ¢Øø5?.000'€)€€,€(€MŽ·f…°’?.018'€)€€,€(€.éąŅ?.282'€)€€,€(€ ¼cä3±?.067'€)€€,€(€ˆa?)žMa?.002'€)€€,€(€»G†0msĄ?.129'€)€€,€(€WŽQc„ĄĄ?.131&Test of Between Subjects Fixed Effects0UNIANOVA_Table_TestofBetweenSubjectsFixedEffectsL€N€P€ēt€€(Dependent VariableN€P€’’’’€€(BDITOTAL‚ L€N€P€(t€€(Source N€P€ąt€€(Corrected ModelN€P€ t€€( InterceptN€P€’’’’€€(FCAREGRPN€P€’’’’€€(FO_PGRPN€P€’’’’€€(CBPTTLGRN€P€’’’’€€(FCAREGRP * FO_PGRPN€P€’’’’€€(FCAREGRP * CBPTTLGRN€P€’’’’€€(FO_PGRP * CBPTTLGRN€P€’’’’€€(FCAREGRP * FO_PGRP * CBPTTLGRN€P€ ÷t€€(ErrorN€P€ 3t€€(TotalN€P€ įt€€(Corrected Total ‹  “ — › Ÿ £ § « Æ ³ ·  L€N€P€,t€€( StatisticsN€P€;t€€(Type III Sum of SquaresN€P€īt€€(dfN€P€t€€( Mean SquareN€P€żt€€(FN€P€%t€€(Sig.Ą Ä Č Ģ Š i‚k‚€(,R Squared = .141 (Adjusted R Squared = .115)ßŖ KŒ€} N…€Œ€† qKXNVŸ¦KKk¦Œ€» \K_KK_€€(!Tests of Between-Subjects Effects€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€¢ €€€(Estimated Marginal Means€ō €ˆé’’qé’’€€(Title€ų UNIANOVAķ’’’¼"ArialalPį{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Estimated Marginal Means \par } ­€Oé’’¤œč’’€€(.PBI Father's care groups * CBBAP total groups€ ü UNIANOVA€dddd!€#€%€'€'€'€'€)€€,€((€†ņŹkč!@8.954)€€,€(€Ā0į½}žģ?.894)€€,€((€P ‹8Ä@7.192)€€,€((€d–°N»n%@10.716'€)€€,€((€ |šĮē@5.726)€€,€(€ E œį)ę?.693)€€,€((€~†U»2r@4.362)€€,€((€”·¢%Q]@7.091'€'€)€€,€((€śłłłłł @3.747)€€,€(€²×”Žä?.642)€€,€((€åī,襣@2.481)€€,€((€‡‚ć… @5.013'€)€€,€((€œ½ž%A@5.314)€€,€(€­£ķūxź?.827)€€,€((€ÉŹU-Įw @3.683)€€,€((€Ō#Ļ¦jĘ@6.944Estimated Marginal Means%UNIANOVA_Table_EstimatedMarginalMeansL€N€P€,t€€( StatisticsN€P€t€€(MeanN€P€.t€€( Std. ErrorN€P€Öt€€(95% Confidence IntervalN€P€ t€€( Lower BoundN€P€=t€€( Upper BoundA E M Q L€N€P€’’’’€€(CBBAP total groupsN€P€’’’’€€( below meanN€P€’’’’€€( above meanZ ^ L€N€P€’’’’€€(PBI Father's care groups N€P€’’’’€€( below meanN€P€’’’’€€( Above meang k L€N€P€ēt€€(Dependent VariableN€P€’’’’€€(BDITOTALt KŒ€< KK___Œ€U ZZ„€Œ€b ZZ €Œ€o N…€€€(.PBI Father's care groups * CBBAP total groups€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€ €€€( Profile Plots€– €zč’’cč’’€€(Title€š UNIANOVAķ’’’¼"ArialalPÖ{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Profile Plots \par } 5ƒAč’’ ±ę’’€€(-PBI Father's care groups * CBBAP total groups€ž  € UNIANOVAō?-PBI Father's care groups * CBBAP total groups.0u’’’’’’ļ’Ā#¤T‚.PBI Father's care groups * CBBAP total groupsn%Estimated Marginal Means of BDITOTAL&2<ZPBI Father's care groupsdEstimated Marginal MeansžCBBAP total groups below mean0below mean above mean0above mean® ® –below mean–Above mean:†ņŹkč!@:śłłłłł @: |šĮē@:œ½ž%A@¾b Ü€€€(Univariate Analysis of Variance€£ UNIANOVA€8caę’’wę’’€€(Title€§  € UNIANOVAķ’’’¼"ArialalP{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Univariate Analysis of Variance - Dad and Discrepancy Count \par } €Ų’’’żiż’’€€(Notes€¬ UNIANOVA€dddd!€#€%€'€ )€€,€€ø‰µwĒB06-MAY-2004 09:43:13)€€€( )€€€(’’C:\Documents and Settings\suzi\Desktop\My Database.sav )€€€()€€€()€€€()€€,€(€Ąn@246)€€€(3User-defined missing values are treated as missing.)€€€(QStatistics are based on all cases with valid data for all variables in the model.)€€€(’…UNIANOVA bditotal BY fcaregrp fo_pgrp cbppdtgr /METHOD = SSTYPE(3) /INTERCEPT = INCLUDE /PLOT = PROFILE( fo_pgrp*cbppdtgr fo_pgrp*cbppdtgr*fcaregrp ) /EMMEANS = TABLES(fo_pgrp*cbppdtgr) /EMMEANS = TABLES(fcaregrp*fo_pgrp*cbppdtgr) /CRITERIA = ALPHA(.05) /DESIGN = fcaregrp fo_pgrp cbppdtgr fcaregrp*fo_pgrp fcaregrp*cbppdtgr fo_pgrp*cbppdtgr fcaregrp*fo_pgrp*cbppdtgr . )€€,€ €ś~j¼t“Ø? 0:00:00.05NotesUNIANOVA_NotesL€N€P€Ųt€€(ContentsN€P€t€€(Output CreatedN€P€t€€(CommentsN€P€t€€(InputN€P€t€€(DataN€P€t€€(FilterN€P€ t€€(WeightN€P€ t€€( Split FileN€P€ t€€(N of Rows in Working Data FileN€P€t€€(Missing Value HandlingN€P€ęt€€(Definition of MissingN€P€Õt€€( Cases UsedN€P€ t€€(SyntaxN€P€t€€( ResourcesN€P€ t€€( Elapsed Time Ū ß ē ė ļ ó ÷ ’     įŒ€Ö iTKKKK}‡\Kc‡€€(Notes€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€° ­€Uę’’¢Bå’’€€(Between-Subjects Factors€ . UNIANOVA€Estimdddd!€#€%€'€'€)€€€( below mean)€€,€(€@Y@101'€)€€€( Above mean)€€,€(€Ą_@127'€)€€€( below mean)€€,€(€@`@130'€)€€€( Above mean)€€,€(€€X@98'€)€€€( below mean)€€,€(€@\@113'€)€€€( above mean)€€,€(€Ą\@115Between Subjects Factors%UNIANOVA_Table_BetweenSubjectsFactorsL€N€P€t€€( PropertiesN€P€?t€€( Value LabelN€P€t€€(Nf j L€N€P€žt€€( Factor LevelsN€P€’’’’€€(PBI Father's care groups N€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00N€P€’’’’€€("PBI Father's Overprotection groupsN€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00N€P€’’’’€€('CBBAP Positive Discrepancy total groupsN€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00w { ƒ ‡  “ KŒ€a WKWŒ€n KKKKKK2€€(Between-Subjects Factors€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€2 ­€ å’’j¢ć’’€€(!Tests of Between-Subjects Effects€ ³ UNIANOVA€dddd!€#€%€'€'€ '€)€€'€,€((€ąu2@1036.502'€)€€,€((€¹±£±å5ŗ@6709.897'€)€€,€((€i¤PŽv@360.875'€)€€,€((€fXó;ē9X@96.905'€)€€,€((€j(–+"a@137.068'€)€€,€((€R\Ą@Ł"V@88.545'€)€€,€((€|T'1p\%@10.681'€)€€,€((€>ī¬?7`@129.727'€)€€,€((€ ,jūžp`@131.531'€)€€,€((€«ŌHC¾Ėŗ@6859.743'€)€€,€((€­Ė@ 14170.000'€)€€,€((€#øą>Ų¾@7896.246'€ '€)€€,€(€@7'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€€k@220'€)€€,€(€€l@228'€)€€,€(€`l@227'€ '€)€€,€((€n4óK‚b@148.072'€)€€,€((€¹±£±å5ŗ@6709.897'€)€€,€((€i¤PŽv@360.875'€)€€,€((€fXó;ē9X@96.905'€)€€,€((€j(–+"a@137.068'€)€€,€((€R\Ą@Ł"V@88.545'€)€€,€((€|T'1p\%@10.681'€)€€,€((€>ī¬?7`@129.727'€)€€,€((€ ,jūžp`@131.531'€)€€,€((€Ž]g$?.?@31.181'€ '€)€€,€(€­a¤Īž@4.749'€)€€,€(€G«pi7ęj@215.194'€)€€,€(€*Ią@»%'@11.574'€)€€,€(€Ą‡”ØßÜ@3.108'€)€€,€(€@+”‚m•@4.396'€)€€,€(€w”†XĀ·@2.840'€)€€,€(€š62’"ģÕ?.343'€)€€,€(€# &U¤@4.160'€)€€,€(€Sd ™ß@4.218'€ '€)€€,€(€P®ŗĒo¤ ?.000'€)€€,€(€ķ嚣Kš8.000'€)€€,€(€„DkĶæJ?.001'€)€€,€(€Ż?üGM“?.079'€)€€,€(€~ŁIŸ£?.037'€)€€,€(€4płS›ē·?.093'€)€€,€(€ZŃćį?.559'€)€€,€(€ÓvˆæĢ„?.043'€)€€,€(€„ ed„?.041&Test of Between Subjects Fixed Effects0UNIANOVA_Table_TestofBetweenSubjectsFixedEffectsL€N€P€ēt€€(Dependent VariableN€P€’’’’€€(BDITOTAL—L€N€P€(t€€(Source N€P€ąt€€(Corrected ModelN€P€ t€€( InterceptN€P€’’’’€€(FCAREGRPN€P€’’’’€€(FO_PGRPN€P€’’’’€€(CBPPDTGRN€P€’’’’€€(FCAREGRP * FO_PGRPN€P€’’’’€€(FCAREGRP * CBPPDTGRN€P€’’’’€€(FO_PGRP * CBPPDTGRN€P€’’’’€€(FCAREGRP * FO_PGRP * CBPPDTGRN€P€ ÷t€€(ErrorN€P€ 3t€€(TotalN€P€ įt€€(Corrected Total  ¤Ø¬°“ø¼ĄÄČĢ  L€N€P€,t€€( StatisticsN€P€;t€€(Type III Sum of SquaresN€P€īt€€(dfN€P€t€€( Mean SquareN€P€żt€€(FN€P€%t€€(Sig.ÕŁŻįåi‚k‚€(,R Squared = .131 (Adjusted R Squared = .104)æ KŒ€’N…€Œ€› qKXNYŸd ¢KKk¢Œ€Š\K_KK_€€(!Tests of Between-Subjects Effects€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€· €€€(Estimated Marginal Means€ €€ć’’ić’’€€(Title€ UNIANOVAķ’’’¼"ArialalPį{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Estimated Marginal Means \par } ­€Gć’’¹”ā’’€€(O1. PBI Father's Overprotection groups * CBBAP Positive Discrepancy total groups€ UNIANOVA€dddd!€#€%€'€'€'€'€)€€,€((€y å5”—@4.898)€€,€(€9–Kē?.728)€€,€((€$žŽSļ“ @3.463)€€,€((€ąĖŚĮ°T@6.333'€)€€,€((€ą ¬ˆk@4.855)€€,€(€“R:²$ę?.692)€€,€((€j0_Üī @3.491)€€,€((€÷'ģią@6.219'€'€)€€,€((€Ē§Æ-@7.772)€€,€(€Pś3¦é?.782)€€,€((€ÆŚÅė@6.230)€€,€((€ŗX@+ "@9.313'€)€€,€((€WUUUU•@4.646)€€,€(€C J.ļź?.815)€€,€((€”7ļhR@3.040)€€,€((€ŽÜ2v@6.251Estimated Marginal Means%UNIANOVA_Table_EstimatedMarginalMeansL€N€P€,t€€( StatisticsN€P€t€€(MeanN€P€.t€€( Std. ErrorN€P€Öt€€(95% Confidence IntervalN€P€ t€€( Lower BoundN€P€=t€€( Upper BoundVZbfL€N€P€’’’’€€('CBBAP Positive Discrepancy total groupsN€P€’’’’€€( below meanN€P€’’’’€€( above meanosL€N€P€’’’’€€("PBI Father's Overprotection groupsN€P€’’’’€€( below meanN€P€’’’’€€( Above mean|€L€N€P€ēt€€(Dependent VariableN€P€’’’’€€(BDITOTAL‰KŒ€QKK___Œ€jZZ¢€Œ€wZZ—€Œ€„N…€€€(O1. PBI Father's Overprotection groups * CBBAP Positive Discrepancy total groups€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€­€rā’’Ysį’’€€(k2. PBI Father's care groups * PBI Father's Overprotection groups * CBBAP Positive Discrepancy total groups€ «UNIANOVA€dddd!€#€%€'€'€'€'€'€)€€,€((€€@7.375)€€,€(€€Ļµ<ņ?1.140)€€,€((€XĘdOøƒ@5.129)€€,€((€՜MŲ#>#@9.621'€)€€,€((€:Žć8Žć@6.222)€€,€(€  Ā³1ń?1.075)€€,€((€ŌÅ.«Ōj@4.104)€€,€((€P+Lć#® @8.340'€'€)€€,€((€;±;±@7.423)€€,€(€-ŽÆ9…ń?1.095)€€,€((€eļ/u1@5.265)€€,€((€cCY¢)#@9.581'€)€€,€((€ØŖŖŖŖ*@6.292)€€,€(€zĻµ<ņ?1.140)€€,€((€qśb.@4.045)€€,€((€'ņ¢-y!@8.538'€'€'€)€€,€((€ę5”×P^@2.421)€€,€(€ķrū”üģ?.906)€€,€((€€Į@„Xä?.636)€€,€((€ö|/<Ó@4.206'€)€€,€((€ācp>ē @3.488)€€,€(€IŚŖtüēė?.872)€€,€((€ĄÓēGXNü?1.769)€€,€((€ņnv,pÓ@5.206'€'€)€€,€((€< ×£p= @8.120)€€,€(€©z3bŽń?1.117)€€,€((€)ß6­@5.919)€€,€((€ä>¬W¤$@10.321'€)€€,€((€ @3.000)€€,€(€i§Į”ņ?1.164)€€,€((€Ö¼ƒ”÷‘ę?.705)€€,€((€qˆĻ Į-@5.295Estimated Marginal Means%UNIANOVA_Table_EstimatedMarginalMeansL€N€P€,t€€( StatisticsN€P€t€€(MeanN€P€.t€€( Std. ErrorN€P€Öt€€(95% Confidence IntervalN€P€ t€€( Lower BoundN€P€=t€€( Upper Bound(,48L€N€P€’’’’€€('CBBAP Positive Discrepancy total groupsN€P€’’’’€€( below meanN€P€’’’’€€( above meanAEL€N€P€’’’’€€("PBI Father's Overprotection groupsN€P€’’’’€€( below meanN€P€’’’’€€( Above meanNRL€N€P€’’’’€€(PBI Father's care groups N€P€’’’’€€( below meanN€P€’’’’€€( Above mean[_L€N€P€ēt€€(Dependent VariableN€P€’’’’€€(BDITOTALhKŒ€#KK___Œ€<ZZ¢€Œ€IZZ—€Œ€VZZ €Œ€cN…€€€(k2. PBI Father's care groups * PBI Father's Overprotection groups * CBBAP Positive Discrepancy total groups€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€Æ€€€( Profile Plots€‹€Qį’’:į’’€€(Title€UNIANOVAķ’’’¼"ArialalPÖ{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Profile Plots \par } 5ƒį’’ ˆß’’€€(HPBI Father's Overprotection groups * CBBAP Positive Discrepancy total gr€“ €UNIANOVAō?HPBI Father's Overprotection groups * CBBAP Positive Discrepancy total grU0u ’’’’’’ļ’Ā #¤  T ‚ IPBI Father's Overprotection groups * CBBAP Positive Discrepancy total grn %Estimated Marginal Means of BDITOTAL& 2 < Z #PBI Father's Overprotection groupsd Estimated Marginal Meansž CBBAP Positive Discr  below mean0 below mean  above mean0 above mean®   ®   – below mean– Above mean: y å5”—@: Ē§Æ-@: ą ¬ˆk@: WUUUU•@¾ b Ü€€€(gPBI Father's Overprotection groups * CBBAP Positive Discrepancy total groups * PBI Father's care groups€˜€fß’’ Oß’’€€(Title€œUNIANOVAķ’’’¼"Arialalg0{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b PBI Father's Overprotection groups * CBBAP Positive Discrepancy total groups * PBI Father's care groups \par } 5ƒ-ß’’ Ż’’€€(%PBI Father's care groups = below mean€  €UNIANOVAō?%PBI Father's care groups = below meanO!WSPSS template file Wd+’’’’’’ļ’Š€@;±;±@Ś below meanä€@;±;±@Ö Š:Žć8Žć@ØŖŖŖŖ*@Ś above meanä:Žć8Žć@ØŖŖŖŖ*@Ö ’’’’’’’’ #PBI Father's Overprotection groups CBBAP Positive DiscrĀ below mean Above mean ą Ģ č`d e`Šx…’’’’’’’’’’’’ĄĄĄ€€€€€€€€€€€€ą‘{ pß'?pAC)5æh;>QŚ.æ0Gw?„„>)5?h;>QŚ.æ€?Arialal.æ0Gw?„„>Arialh;>QŚ.æ€?½f$-dd($-dd d’’’’Æd’’’’Æd’’’’ÆEstimated Marginal Means of BDITOTALAt PBI Father's care groups = below mean_g d Æ@A€?€? dÆ€? ’’’’š?š?Estimated Marginal Means2.0 3.0 4.0 5.0 6.0 7.0 8.0 9.0 sh d’’’’Æd’’’’Æ€? ’’’’€?€?pm" d’’’’ÆdÆ’’’’PBI Father's Overprotection groups[t yåĆwļGNŠš°>Ćw0 Įw’’’’3«Āw±Ķgåņ ąļPB†åņ yåĆwbelow mean[t yåĆwļGNŠš°>Ćw0 Įw’’’’3«Āw±Ķgåņ ąļPB†åņ yåĆwAbove meančp d’’’’Æd’’’’Æ  CBBAP Positive Discrbelow meanabove mean o’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’d’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æ’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’l(d’’’’Æd’’’’Æ’’’’rd’’’’’’’’’’’’’’’’drd’’’’’’’’’’’’’’’’d[g d’’’’ÆĄ@33ó@ĶĢL>ĶĢL> “d’’’’Æ€? ’’’’š?š?6.0 6.2 6.4 6.6 6.8 7.0 7.2 7.4 7.6 5ƒ{Ż’’ ėŪ’’€€(%PBI Father's care groups = Above mean€„ €UNIANOVAō?%PBI Father's care groups = Above means0u  ’’’’’’ļ’Ā #¤  T ‚ &PBI Father's care groups = Above meann %Estimated Marginal Means of BDITOTALx )At PBI Father's care groups = Above mean& 2 < Z #PBI Father's Overprotection groupsd Estimated Marginal Meansž CBBAP Positive Discr  below mean0 below mean  above mean0 above mean®   ®   – below mean– Above mean: ę5”×P^@: < ×£p= @: ācp>ē @:  @¾ b Ü€€€(Univariate Analysis of Variance€ŖUNIANOVA€Ų’’’ż™ż’’€€(Notes€®UNIANOVA€dddd!€#€%€'€ )€€,€€ś~|ĘwĒB06-MAY-2004 09:52:15)€€€( )€€€(’’C:\Documents and Settings\suzi\Desktop\My Database.sav )€€€()€€€()€€€()€€,€(€Ąn@246)€€€(3User-defined missing values are treated as missing.)€€€(QStatistics are based on all cases with valid data for all variables in the model.)€€€(’<UNIANOVA bditotal BY fcaregrp fo_pgrp cbpddtgr /METHOD = SSTYPE(3) /INTERCEPT = INCLUDE /PLOT = PROFILE( fo_pgrp*cbpddtgr ) /EMMEANS = TABLES(fo_pgrp*cbpddtgr) /CRITERIA = ALPHA(.05) /DESIGN = fcaregrp fo_pgrp cbpddtgr fcaregrp*fo_pgrp fcaregrp*cbpddtgr fo_pgrp*cbpddtgr fcaregrp*fo_pgrp*cbpddtgr . )€€,€ €Zd;ßO§? 0:00:00.05NotesUNIANOVA_NotesL€N€P€Ųt€€(ContentsN€P€t€€(Output CreatedN€P€t€€(CommentsN€P€t€€(InputN€P€t€€(DataN€P€t€€(FilterN€P€ t€€(WeightN€P€ t€€( Split FileN€P€ t€€(N of Rows in Working Data FileN€P€t€€(Missing Value HandlingN€P€ęt€€(Definition of MissingN€P€Õt€€( Cases UsedN€P€ t€€(SyntaxN€P€t€€( ResourcesN€P€ t€€( Elapsed Time Żįéķńõł   įŒ€Ų iTKKKK}‡\Kc‡€€(Notes€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€²­€Ū’’—ÉŁ’’€€(Between-Subjects Factors€ 0UNIANOVA€€AĄAdddd!€#€%€'€'€)€€€( below mean)€€,€(€@Y@101'€)€€€( Above mean)€€,€(€Ą_@127'€)€€€( below mean)€€,€(€@`@130'€)€€€( Above mean)€€,€(€€X@98'€)€€€('Behaviors more independant than beliefs)€€,€(€€O@63'€)€€€()Beliefs and behaviors equally independent)€€,€(€0@16'€)€€€('Beliefs more independant than behaviors)€€,€(€ b@149Between Subjects Factors%UNIANOVA_Table_BetweenSubjectsFactorsL€N€P€t€€( PropertiesN€P€?t€€( Value LabelN€P€t€€(NosL€N€P€žt€€( Factor LevelsN€P€’’’’€€(PBI Father's care groups N€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00N€P€’’’’€€("PBI Father's Overprotection groupsN€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00N€P€’’’’€€(,CBBAP Directional Discrepancies total groupsN€P€’’’’€,€(€šæ-1.00N€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00€„Œ˜œ KŒ€jWKWŒ€wKKKKKKK2€€(Between-Subjects Factors€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€4­€§Ł’’j)Ų’’€€(!Tests of Between-Subjects Effects€ ĄUNIANOVA€dddd!€#€%€'€'€ '€)€€'€,€((€XóT©ĢU@938.725'€)€€,€((€hļóÆx$Ŗ@3346.236'€)€€,€((€ ŗ[±§U@86.620'€)€€,€((€K$į­I`@130.282'€)€€,€((€”¼&Īq P@64.194'€)€€,€((€¼t°ŗüX@99.949'€)€€,€((€æ»34ņN@61.892'€)€€,€((€{)P8ŻĒU@87.123'€)€€,€((€‡Ę™pB@36.880'€)€€,€((€øeK…-»@6957.521'€)€€,€((€­Ė@ 14170.000'€)€€,€((€#øą>Ų¾@7896.246'€ '€)€€,€(€&@11'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€@2'€)€€,€(€š?1'€)€€,€(€@2'€)€€,€(€@2'€)€€,€(€@2'€)€€,€(€k@216'€)€€,€(€€l@228'€)€€,€(€`l@227'€ '€)€€,€((€<¬UU@85.339'€)€€,€((€hļóÆx$Ŗ@3346.236'€)€€,€((€ ŗ[±§U@86.620'€)€€,€((€K$į­I`@130.282'€)€€,€((€”¼&Īq @@32.097'€)€€,€((€¼t°ŗüX@99.949'€)€€,€((€æ»34ņ>@30.946'€)€€,€((€{)P8ŻĒE@43.561'€)€€,€((€‡Ę™p2@18.440'€)€€,€((€>š§ł@@32.211'€ '€)€€,€(€.@š1@2.649'€)€€,€(€ģITÆųY@103.886'€)€€,€(€¾ółlƒ@2.689'€)€€,€(€JźąĮ-@4.045'€)€€,€(€ŠVł ćļ?.996'€)€€,€(€©N ąŅ@3.103'€)€€,€(€‘¶Č#_¾ī?.961'€)€€,€(€9 &b£õ?1.352'€)€€,€(€‚¦bo¶Qā?.572'€ '€)€€,€(€} '™3|k?.003'€)€€,€(€Ä7ę°;å;.000'€)€€,€(€߉5<„<ŗ?.102'€)€€,€(€‘:ČR§?.046'€)€€,€(€ŠŸĻP¼×?.371'€)€€,€(€ņZęKW^“?.080'€)€€,€(€€ČŪņ^—Ų?.384'€)€€,€(€Å?ŠÉż°Š?.261'€)€€,€(€ƒŖ“ƒSā?.565&Test of Between Subjects Fixed Effects0UNIANOVA_Table_TestofBetweenSubjectsFixedEffectsL€N€P€ēt€€(Dependent VariableN€P€’’’’€€(BDITOTAL¤L€N€P€(t€€(Source N€P€ąt€€(Corrected ModelN€P€ t€€( InterceptN€P€’’’’€€(FCAREGRPN€P€’’’’€€(FO_PGRPN€P€’’’’€€(CBPDDTGRN€P€’’’’€€(FCAREGRP * FO_PGRPN€P€’’’’€€(FCAREGRP * CBPDDTGRN€P€’’’’€€(FO_PGRP * CBPDDTGRN€P€’’’’€€(FCAREGRP * FO_PGRP * CBPDDTGRN€P€ ÷t€€(ErrorN€P€ 3t€€(TotalN€P€ įt€€(Corrected Total ­±µ¹½ĮÅÉĶŃÕŁ  L€N€P€,t€€( StatisticsN€P€;t€€(Type III Sum of SquaresN€P€īt€€(dfN€P€t€€( Mean SquareN€P€żt€€(FN€P€%t€€(Sig.āęźīņi‚k‚€(,R Squared = .119 (Adjusted R Squared = .074)ĢKŒ€ŸN…€Œ€Ø qKXNZŸd”¢KKk¢Œ€Ż\K_KK_€€(!Tests of Between-Subjects Effects€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€Ä€€€(Estimated Marginal Means€€Ų’’š×’’€€(Title€UNIANOVAķ’’’¼"ArialalPį{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Estimated Marginal Means \par } ­€Ī×’’¾•Ö’’€€(QPBI Father's Overprotection groups * CBBAP Directional Discrepancies total groups€ UNIANOVA€dddd!€#€%€'€'€'€'€)€€,€((€˜+T²õ@4.740)€€,€(€Æ3 JŽPī?.947)€€,€((€”Öų5ū@2.873)€€,€((€ęT›«Ém@6.607'€)€€,€((€@4.000)€€,€(€Ņ/’āŗV@2.167)€€,€((€ū××)fŃæ-.272)€€,€((€Ą¾vH1‹ @8.272'€)€€,€((€nŪ¶mŪ6@5.054)€€,€(€„æĢ²ĀÖä?.651)€€,€((€¬}¹E)@3.770)€€,€((€ųø6Y@6.337'€'€)€€,€((€›™™™™@4.775)€€,€(€…*¢±•ń?1.099)€€,€((€ zŒĆŽ@2.609)€€,€((€­-ölŃĆ@6.941'€)€€,€((€š™™™™™"@9.300)€€,€(€&›)už?1.904)€€,€((€nÅ3"1@5.548)€€,€((€}ØP¢*@13.052'€)€€,€((€@6.500)€€,€(€ŸĘn€§ē?.721)€€,€((€„«`;?@Až’’’ž’’’Dž’’’ž’’’Gž’’’ž’’’JKLMNOPQž’’’STUVWž’’’ž’’’Zž’’’ž’’’]^_`abcdž’’’fghijž’’’ž’’’mnopqž’’’stuvwž’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’¼"System &Š’’’’čóž ~-NANIž’ ’’’’ĄFPicture (Enhanced Metafile)’’’’StaticEnhancedMetafileō9²qonttbl{\f0\fswiss\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 ’’’’’’’’>aÄ āūķ’¼"Arial ~@Ŗ   ~ ~ Š ~0-- ff6   ff6'’’llߥ0Ē' EMFTu @Śc;øjlߥ0Ē' EMFTu @Śc;øj ą€   '’’’% &’’’%  +ß% % +ß  Rpģ’’’"Arial$øŒó \Uė xŠó ģż“E$WSöwųėżȆ$ųėż ģlxģlxųėżążØ&$čGüwążŠēöw¤ē:VśwĄēMT Extra-GDI-VECTOR-GDI-VECTORICLDLDBOLDĄŻwųėż ¬ ~dv% % €  % T$G ®#n›ÓA=OÓAG$$L’’’’’’’’”Estimated Marginal Means of BDITOTAL             Rpņ’’’"ArialLDBOLDĄŻwųėż ¬ ~dvųėżążØ&$čGüwQh ~ h ~†Y Š ~†Yą:}  6``ü’ 'įż’ ¼ē`Ą ~ ¬ ~ %ųR p‚ ųR ųR ¬ ~dv% % T<G4½Jn›ÓA=OÓAGK(L’’’’’’’’œAt PBI Father's care groups = below mean             %   Rpõ’’’"Arial``ü’ 'įż’ ¼ē`Ą ~ ¬ ~ %ųR p‚ ųR ųR ¬ ~dvųėżążØ&$čGüwQh ~ h ~†Y Š ~†YČyv  &``ü’ 'įż’ ¼ē`Ą ~ ¬ ~ %ųR ¼ē Ō­ ~ ¬ ~dv% % TGf%un›ÓA=OÓAGv"L’’’’’’’’PBI Father's Overprotection groups   % Tˆ)DeQn›ÓA=OÓA)R L’’’’’’’’`Above meanTˆ*DdQn›ÓA=OÓA*R L’’’’’’’’`below mean % % €(  Rpņ’’’„„"ArialĀw?¬Āwü’’’xŠó „Šō €ķ”ļŠõ°>ĆwH Įw’’’’¬Āw*¬Āw żš(_|S0ķxŠó $īšˆśwˆõw’’’’7õwēwŽ`ēw× Õ`™€ Š ~Ķ‹õw87õwäīıŠõ Héwˆ2čw’’Ž`ēwÉé ~`™€ ųR `™€ līŪ· ~ Š ~Ų!2 × ÕŲ!2 ¬ ~dv% TÜ™'Bn›ÓA=OÓA(BL’’’’’’’’|Estimated Marginal Means    % T`2Q@^n›ÓA=OÓA2_L’’’’’’’’T9.0T`2r@n›ÓA=OÓA2€L’’’’’’’’T8.0T`2“@ n›ÓA=OÓA2”L’’’’’’’’T7.0T`2“@Įn›ÓA=OÓA2ĀL’’’’’’’’T6.0T`2Õ@ān›ÓA=OÓA2ćL’’’’’’’’T5.0T`2ö@n›ÓA=OÓA2L’’’’’’’’T4.0T`2@$n›ÓA=OÓA2%L’’’’’’’’T3.0T`23@@n›ÓA=OÓA2AL’’’’’’’’T2.0&’% Z8W3]9W9]9]3W3W9% Z,P)j)P)j)&’% Z8W]W]]WW% Z,P j P j % % €(  Rpņ’’’"Arial Héwā³ ~Ź³ ~Ų!2ķ€ ¬ ~ %ųR šķ0Ō­ ~ Ų!2°p­ ~ %Ź0=0ķŹ0=$īšˆśwˆõw’’’’7õwēwŽ`ēw× Ö`™€ Š ~ž†°éī 0Tė īiŠõ Héwˆ2čw’’Ž`ēwÉé ~`™€ ųR `™€ līŪ· ~ Š ~Ų!2 × ÖŲ!2 ¬ ~dv% TÄLšŅ’n›ÓA=OÓALL’’’’’’’’tCBBAP Positive Discr   % TˆeŸ!n›ÓA=OÓAe" L’’’’’’’’`below mean Tˆe3Ÿ@n›ÓA=OÓAeA L’’’’’’’’`above mean_888"% Z€,?aZEXHXEyHyE›H›E¼H¼EŻHŻEžHžE H EAHA% Z8/(a]HAHDHAHD% %  +HXHA& %  Z8HXHAHAHAHXHXHA% Z,H²H“H“H²% Z,HŒHŽHŽHŒ% ZPEÆK· EµKµKÆEÆEµE·K·K±E±E·% ZPE‰K‘ EKK‰E‰EE‘K‘K‹E‹E‘% Z,HXHAHAHXZ,HAHAHAHA% €( ( ( % €% €( % €( % €( % €( % €( % €( ¼"System &Š’’’’čóž ~-NANI KĄ!   KĄ!IĄ!.ūčž¼"Arial ~@ä @  ~ ~ Š ~0- 2 ŃIUnivariate Analysis of Variance'’’'’’ū¼"System &Š’’’’čóž ~-NANI ķ’’’¼"ArialalP {\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Univariate Analysis of Variance - Dad & Directional Discrepancies \par } ž’ ’’’’ĄFPicture (Enhanced Metafile)’’’’StaticEnhancedMetafileō9²q’’’’’’’’8caą š)ūķ’¼"Arial ~@ˆ m  ~ ~ Š ~0-- ff6   ff6'’’ K6   K6I6.ūčž¼"Arial ~@: Ł llߥ0Ē' EMF€ƒ @Śc;øjlߥ0Ē' EMF€ƒ @Śc;øj ą€   '’’’% &’’’%  +ß% % +ß  Rpģ’’’"Arial$@±ņ Iš Æņ ģż“E$WSöwųėżȆ$ųėż ģlxģlxU6ŽsųėżążØ&$čGüwążßöwģŽ:VśwßMT Extra-GDI-VECTOR-GDI-VECTORICLDLDBOLDĄŻwųėż ¬ ~dv% % €  %   Rpņ’’’"ArialLDBOLDĄŻwųėż ¬ ~dvųėżążØ&$čGüwQh ~ h ~ą0 Š ~ą0Ųv  6``ü’ 'įż’ ß`Ą ~ ¬ ~ %ųR ß Ō­ ~ ¬ ~dv% % T$D «#n›ÓA=OÓAD$$L’’’’’’’’”Estimated Marginal Means of BDITOTAL           %   Rpõ’’’"Arial``ü’ 'įż’ ß`Ą ~ ¬ ~ %ųR ß Ō­ ~ ¬ ~dvųėżążØ&$čGüwQh ~ h ~ą0 Š ~ą0Šó# &``ü’ 'įż’ ß`Ą ~ ¬ ~ %ųR ß Ō­ ~ ¬ ~dv% % TDf"un›ÓA=OÓADv"L’’’’’’’’PBI Father's Overprotection groups   % Tˆ*DfQn›ÓA=OÓA*R L’’’’’’’’`Above meanTˆ'DaQn›ÓA=OÓA'R L’’’’’’’’`below mean % % €(  Rpņ’’’„„"ArialĀw?¬Āwü’’’Æņ p}õw:ŠõwČäķ°>ĆwH Įw’’’’¬Āw*¬Āw żš(_ąGxäÆņ l嚈śwˆõw’’’’7õwēwŽ`ēwE ~Ų  Š ~Ķ‹õw87õwäHåÜ'~ ķ Héwˆ2čw’’Ž`ēwÉé ~Ų ųR Ų  “åŪ· ~ Š ~¹!ģ E ~¹!ģ ¬ ~dv% TÜ™'Bn›ÓA=OÓA(BL’’’’’’’’|Estimated Marginal Means    % TX2*=7n›ÓA=OÓA28L’’’’’’’’P10TT8P=]n›ÓA=OÓA8^L’’’’’’’’P9TT8w=„n›ÓA=OÓA8…L’’’’’’’’P8TT8ž=«n›ÓA=OÓA8¬L’’’’’’’’P7TT8Ä=Ńn›ÓA=OÓA8ŅL’’’’’’’’P6TT8ė=ųn›ÓA=OÓA8łL’’’’’’’’P5TT8=n›ÓA=OÓA8 L’’’’’’’’P4TT83=@n›ÓA=OÓA8AL’’’’’’’’P3&’% Z8X(^.X.^.^(X(X.% Z,QkQk&’% Z8Xń^÷X÷^÷^ńXńX÷% Z,QÜkÜQÜkÜ&’% Z8X»^ĮXĮ^Į^»X»XĮ% Z,Q¦k¦Q¦k¦% % €(  Rpņ’’’"Arial Héwā³ ~Ź³ ~¹!ģŲä€ ¬ ~ %ųR 8å0Ō­ ~ ¹!ģ°p­ ~ %G 0xäG 0l嚈śwˆõw’’’’7õwēwŽ`ēwE Ų  Š ~ž†.ļ ¤Gš HåĮķ Héwˆ2čw’’Ž`ēwÉé ~Ų ųR Ų  “åŪ· ~ Š ~¹!ģ E ¹!ģ ¬ ~dv% TÄMŅœn›ÓA=OÓAML’’’’’’’’tCBBAP Directional Di   % TÄf±Ī¾n›ÓA=OÓAfæL’’’’’’’’tBehaviors more indepTĄfĒĮŌn›ÓA=OÓAfÕL’’’’’’’’tendant than beliefs€ TÄfēČōn›ÓA=OÓAfõL’’’’’’’’tBeliefs and behaviorTÄfżĖ n›ÓA=OÓAf L’’’’’’’’ts equally independenTÄfŹ*n›ÓA=OÓAf+L’’’’’’’’tBeliefs more indepenTĄf3Å@n›ÓA=OÓAfAL’’’’’’’’tdant than behaviors_8 88"% Z€)^ZB1E1BXEXBEB¦E¦BĢEĢBóEóBEBAEA% Z8,(b]IAIDEAED% %  +E1IA& %  Z8E1IAEAIAI1E1EA% Z,E¹IńEńI¹% Z,ELIEIL% Z,EüIżEżIü% ZPB¶Lō F¼L¼L¶F¶F¼BōHōHīBīBō% ZPBIL FOLOLIFIFOBHHBB% ZPBłL F’L’LłFłF’BHHśBśB% Z,E1EAEAE1Z,EAIAEAIA% €( ( ( % €% €( % €( % €( % €( % €( % €( % €(  ~ ~ Š ~0- )2 ;ż IUnivariate Analysis of Variance - Dad and Discrepancy Count'’’'’’ū¼"System &Š’’’’Šóž ~-NANIķ’’’¼"ArialalP{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Univariate Analysis of Variance - Dad and Discrepancy Count \par } ž’ ’’’’ĄFPicture (Enhanced Metafile)’’’’StaticEnhancedMetafileō9²qž’ ’’’’ĄFPicture (Enhanced Metafile)’’’’StaticEnhancedMetafileō9²qllߥ0Ē' EMFōu @Śc;øjlߥ0Ē' EMFōu @Śc;øj ą€   '’’’% &’’’%  +ß% % +ß  Rpģ’’’"Arial$˜āļ Öņ Xąļ ģż“E$WSöwųėżȆ$ųėż ģlxģlxU6ŽsųėżążØ&$čGüwążßöwģŽ:VśwßMT Extra-GDI-VECTOR-GDI-VECTORICLDLDBOLDĄŻwųėż ¬ ~dv% % €  % T$> „#n›ÓA=OÓA>$$L’’’’’’’’”Estimated Marginal Means of BDITOTAL             Rpņ’’’"ArialLDBOLDĄŻwųėż ¬ ~dvųėżążØ&$čGüwQh ~ h ~:€ Š ~:€Šó# 6``ü’ 'įż’ ß`Ą ~ ¬ ~ %ųR ø= ųR ųR ¬ ~dv% % T<>4·Jn›ÓA=OÓA>K(L’’’’’’’’œAt PBI Father's care groups = Above mean            %   Rpõ’’’"Arial``ü’ 'įż’ ß`Ą ~ ¬ ~ %ųR ø= ųR ųR ¬ ~dvųėżążØ&$čGüwQh ~ h ~:€ Š ~:€e€  &``ü’ 'įż’ ß`Ą ~ ¬ ~ %ųR ß Ō­ ~ ¬ ~dv% % T>fun›ÓA=OÓA>v"L’’’’’’’’PBI Father's Overprotection groups   % Tˆ)DeQn›ÓA=OÓA)R L’’’’’’’’`Above meanTˆ!D[Qn›ÓA=OÓA!R L’’’’’’’’`below mean % % €(  Rpņ’’’„„"ArialĀw?¬Āwü’’’Xąļ p}õw:ŠõwČäķ°>ĆwH Įw’’’’¬Āw*¬Āw żš(_øŌxäXąļ l嚈śwˆõw’’’’7õwēwŽ`ēw ˜ u Š ~Ķ‹õw87õwäHåÜnķ Héwˆ2čw’’Ž`ēwÉé ~˜ u ųR ˜ u “åŪ· ~ Š ~ !·   !· ¬ ~dv% TÜ™'Bn›ÓA=OÓA(BL’’’’’’’’|Estimated Marginal Means    % TT2Q7^n›ÓA=OÓA2_L’’’’’’’’P9TT2r7n›ÓA=OÓA2€L’’’’’’’’P8TT2“7 n›ÓA=OÓA2”L’’’’’’’’P7TT2“7Įn›ÓA=OÓA2ĀL’’’’’’’’P6TT2Õ7ān›ÓA=OÓA2ćL’’’’’’’’P5TT2ö7n›ÓA=OÓA2L’’’’’’’’P4TT27$n›ÓA=OÓA2%L’’’’’’’’P3TT237@n›ÓA=OÓA2AL’’’’’’’’P2&’% Z8W3]9W9]9]3W3W9% Z,P)j)P)j)&’% Z8W]W]]WW% Z,P j P j % % €(  Rpņ’’’"Arialó x?ā³ ~Ź³ ~ !·Ųä€ ¬ ~ %ųR 8å0Ō­ ~  !·°p­ ~ % 0ˆxä 0ˆl嚈śwˆõw’’’’7õwēwŽ`ēw ˜ u Š ~ž†Ø{ī |Ōņ Håiķ Héwˆ2čw’’Ž`ēwÉé ~˜ u ųR ˜ u “åŪ· ~ Š ~ !·   !· ¬ ~dv% TÄLšŅ’n›ÓA=OÓALL’’’’’’’’tCBBAP Positive Discr   % TˆeŸ!n›ÓA=OÓAe" L’’’’’’’’`below mean Tˆe3Ÿ@n›ÓA=OÓAeA L’’’’’’’’`above mean_888"% Z€#?XZ<X?X<y?y<›?›<¼?¼<Ż?Ż<ž?ž< ? <A?A% Z8&(a]HAHD?A?D% %  +?XHA& %  Z8?XHA?AHAHX?X?A% Z,?H ?H % Z,?uH3?3Hu% ZP< K# E#K#KEE#<BB < <% ZP<rK6 ExKxKrErEx<6B6B0<0<6% Z,?X?A?A?XZ,?AHA?AHA% €( ( ( % €% €( % €( % €( % €( % €( % €( llߥ0Ē' EMF„u @Śc;øjlߥ0Ē' EMF„u @Śc;øj ą€   '’’’% &’’’%  +ß% % +ß  Rpģ’’’"Arial$ؼš ōfš hŗš ģż“E$WSöwųėżȆ$ųėż ģlxģlxU6ŽsųėżążØ&$čGüwążßöwģŽ:VśwßMT Extra-GDI-VECTOR-GDI-VECTORICLDLDBOLDĄŻwųėż ¬ ~dv% % €  %   Rpņ’’’"ArialLDBOLDĄŻwųėż ¬ ~dvųėżążØ&$čGüwQh ~ h ~# š Š ~# š°Ź~  6``ü’ 'įż’ ß`Ą ~ ¬ ~ %ųR ß Ō­ ~ ¬ ~dv% % T$G ®#n›ÓA=OÓAG$$L’’’’’’’’”Estimated Marginal Means of BDITOTAL           %   Rpõ’’’"Arial``ü’ 'įż’ ß`Ą ~ ¬ ~ %ųR ß Ō­ ~ ¬ ~dvųėżążØ&$čGüwQh ~ h ~# š Š ~# šhē|  &``ü’ 'įż’ ß`Ą ~ ¬ ~ %ųR ß Ō­ ~ ¬ ~dv% % TGf%un›ÓA=OÓAGv"L’’’’’’’’PBI Father's Overprotection groups   % Tˆ)DeQn›ÓA=OÓA)R L’’’’’’’’`Above meanTˆ*DdQn›ÓA=OÓA*R L’’’’’’’’`below mean % % €(  Rpņ’’’„„"ArialĀw?¬Āwü’’’hŗš ˜õw:ŠõwČäķ°>ĆwH Įw’’’’¬Āw*¬Āw żš(_Čexähŗš l嚈śwˆõw’’’’7õwēwŽ`ēw Uč?~ Š ~Ķ‹õw87õwäHå„Üķ Héwˆ2čw’’Ž`ēwÉé ~č?~ ųR č?~ “åŪ· ~ Š ~£!¬  U£!¬ ¬ ~dv% TÜ™'Bn›ÓA=OÓA(BL’’’’’’’’|Estimated Marginal Means    % T`2*@7n›ÓA=OÓA28L’’’’’’’’T8.0T`2K@Xn›ÓA=OÓA2YL’’’’’’’’T7.5T`2m@zn›ÓA=OÓA2{L’’’’’’’’T7.0T`2@œn›ÓA=OÓA2L’’’’’’’’T6.5T`2±@¾n›ÓA=OÓA2æL’’’’’’’’T6.0T`2Ó@ąn›ÓA=OÓA2įL’’’’’’’’T5.5T`2õ@n›ÓA=OÓA2L’’’’’’’’T5.0T`2@$n›ÓA=OÓA2%L’’’’’’’’T4.5T`23@@n›ÓA=OÓA2AL’’’’’’’’T4.0&’% Z8W3]9W9]9]3W3W9% Z,P)j)P)j)&’% Z8W]W]]WW% Z,P j P j % % €(  Rpņ’’’"Arialżš(_ā³ ~Ź³ ~£!¬Ųä€ ¬ ~ %ųR 8å0Ō­ ~ £!¬°p­ ~ % 01xä 01l嚈śwˆõw’’’’7õwēwŽ`ēw Vč?~ Š ~ž†uī Œeš Håiķ Héwˆ2čw’’Ž`ēwÉé ~č?~ ųR č?~ “åŪ· ~ Š ~£!¬  V£!¬ ¬ ~dv% TÄLšŅ’n›ÓA=OÓALL’’’’’’’’tCBBAP Positive Discr   % TˆeŸ!n›ÓA=OÓAe" L’’’’’’’’`below mean Tˆe3Ÿ@n›ÓA=OÓAeA L’’’’’’’’`above mean_888"% ZŒ,aZ E1H1ESHSEuHuE—H—E¹H¹EŪHŪEżHżEHEAHA% Z8/(a]HAHDHAHD% %  +H1HA& %  Z8H1HAHAHAH1H1HA% Z,HHHH% Z,HAHHHA% ZPEK EKKEEE K KEE % ZPE>K EDKDK>E>EDEKKEE% Z,H1HAHAH1Z,HAHAHAHA% €( ( ( % €% €( % €( % €( % €( % €( % €( ’’’’’’’’>aÄ āūķ’¼"Arial ~@Ē   ~ ~ Š ~0-- ff6   ff6'’’ KĄ!   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Ś Œ“! ¬ ~dv% TøVšŅ’n›ÓA=OÓAVL’’’’’’’’pCBBAP total groups % Tˆo©!n›ÓA=OÓAo" L’’’’’’’’`below mean Tˆo3©@n›ÓA=OÓAoA L’’’’’’’’`above mean_888"% Z€)^ZB1E1BXEXBEB¦E¦BĢEĢBóEóBEBAEA% Z8,(k]RARDEAED% %  +E1RA& %  Z8E1RAEARAR1E1EA% Z,E×RēE×Rē% Z,EZR$EZR$% ZPBŌUź OźUźUäOäOźBŚHŚHŌBŌBŚ% ZPBWU' O'U'U!O!O'B]H]HWBWB]% Z,E1EAEAE1Z,EARAEARA% €( ( ( % €% €( % €( % €( % €( % €( % €( .ūčž¼"Arial ~@Ō ä  ~ ~ Š ~0- 2 ŃIUnivariate Analysis of Variance'’’'’’ū¼"System &Š’’’’čóž ~-NANIķ’’’¼"ArialalP {\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Univariate Analysis of Variance - Mom & Directional Discrepancies \par } ķ’’’¼"ArialalP{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Univariate Analysis of Variance - Mom & Discrepancy count \par } ķ’’’¼"ArialalPż{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Univariate Analysis of Variance - Mom & CBBAP Total \par } ’’’’’’’’>aŲ ģ%ūķ’¼"Arial ~@Ķ "  ~ ~ Š ~0-- ff6   ff6'’’ KĄ!   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KĄ!IĄ!.ūčž¼"Arial ~@ļ   ~ ~ Š ~0- "2 -ÉIUnivariate Analysis of Variance - CBBAP Total'’’'’’ūc‡€€(Notes€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€› ­€Mģ’’—:ė’’€€(Between-Subjects Factors€  UNIANOVA€Ifdddd!€#€%€'€'€)€€€( below mean)€€,€(€Z@104'€)€€€( Above mean)€€,€(€@`@130'€)€€€( below mean)€€,€(€ą`@135'€)€€€( Above mean)€€,€(€ĄX@99'€)€€€( below mean)€€,€(€^@120'€)€€€( above mean)€€,€(€€\@114Between Subjects Factors%UNIANOVA_Table_BetweenSubjectsFactorsL€N€P€t€€( PropertiesN€P€?t€€( Value LabelN€P€t€€(NQ U L€N€P€žt€€( Factor LevelsN€P€’’’’€€(PBI Father's care groups N€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00N€P€’’’’€€("PBI Father's Overprotection groupsN€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00N€P€’’’’€€(CBBAP total groupsN€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00b f n r z ~ KŒ€L WKWŒ€Y KKKKKK2€€(Between-Subjects Factors€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€ ­€ė’’nŖé’’€€(!Tests of Between-Subjects Effects€ ž UNIANOVA€²Ńx…dddd!€#€%€'€'€ '€)€€'€,€((€@7ž›h’@1159.352'€)€€,€((€kxļŪ_į¼@7393.374'€)€€,€((€clļēćy@414.244'€)€€,€((€!¼÷lōf@176.249'€)€€,€((€0Z(B B@36.192'€)€€,€((€`żWŃ\Z@105.450'€)€€,€((€¬ūÓÅŽ×r@301.492'€)€€,€((€†§6#R@72.550'€)€€,€((€āĀ”PźQ@71.661'€)€€,€((€Ž™v;M…»@7045.302'€)€€,€((€€ÖĢ@ 14765.000'€)€€,€((€Æ;±SĄ@8204.654'€ '€)€€,€(€@7'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€@l@226'€)€€,€(€@m@234'€)€€,€(€ m@233'€ '€)€€,€((€%?Då³d@165.622'€)€€,€((€kxļŪ_į¼@7393.374'€)€€,€((€clļēćy@414.244'€)€€,€((€!¼÷lōf@176.249'€)€€,€((€0Z(B B@36.192'€)€€,€((€`żWŃ\Z@105.450'€)€€,€((€¬ūÓÅŽ×r@301.492'€)€€,€((€†§6#R@72.550'€)€€,€((€āĀ”PźQ@71.661'€)€€,€((€Ī,IĖ„,?@31.174'€ '€)€€,€(€õĘVW@@5.313'€)€€,€(€”kĀģK„m@237.166'€)€€,€(€£«‹“*@13.288'€)€€,€(€ļXvni@5.654'€)€€,€(€ 11 c“ņ?1.161'€)€€,€(€g1“ÉØ @3.383'€)€€,€(€.Š†³W#@9.671'€)€€,€(€ī8“ÆAž@2.327'€)€€,€(€o!*ŌŁc@2.299'€ '€)€€,€(€ŠzŸ'Ÿˆé>.000'€)€€,€(€ˆ‘¬į-c8.000'€)€€,€(€õg ¢Øø5?.000'€)€€,€(€MŽ·f…°’?.018'€)€€,€(€.éąŅ?.282'€)€€,€(€ ¼cä3±?.067'€)€€,€(€ˆa?)žMa?.002'€)€€,€(€»G†0msĄ?.129'€)€€,€(€WŽQc„ĄĄ?.131&Test of Between Subjects Fixed Effects0UNIANOVA_Table_TestofBetweenSubjectsFixedEffectsL€N€P€ēt€€(Dependent VariableN€P€’’’’€€(BDITOTAL‚ L€N€P€(t€€(Source N€P€ąt€€(Corrected ModelN€P€ t€€( InterceptN€P€’’’’€€(FCAREGRPN€P€’’’’€€(FO_PGRPN€P€’’’’€€(CBPTTLGRN€P€’’’’€€(FCAREGRP * FO_PGRPN€P€’’’’€€(FCAREGRP * CBPTTLGRN€P€’’’’€€(FO_PGRP * CBPTTLGRN€P€’’’’€€(FCAREGRP * FO_PGRP * CBPTTLGRN€P€ ÷t€€(ErrorN€P€ 3t€€(TotalN€P€ įt€€(Corrected Total ‹  “ — › Ÿ £ § « Æ ³ ·  L€N€P€,t€€( StatisticsN€P€;t€€(Type III Sum of SquaresN€P€īt€€(dfN€P€t€€( Mean SquareN€P€żt€€(FN€P€%t€€(Sig.Ą Ä Č Ģ Š i‚k‚€(,R Squared = .141 (Adjusted R Squared = .115)ßŖ KŒ€} N…€Œ€† qKXNVŸ¦KKk¦Œ€» \K_KK_€€(!Tests of Between-Subjects Effects€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€¢ €€€(Estimated Marginal Means€ō €ˆé’’qé’’€€(Title€ų UNIANOVAķ’’’¼"ArialalPį{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Estimated Marginal Means \par } ­€Oé’’¤œč’’€€(.PBI Father's care groups * CBBAP total groups€ ü UNIANOVA€dddd!€#€%€'€'€'€'€)€€,€((€†ņŹkč!@8.954)€€,€(€Ā0į½}žģ?.894)€€,€((€P ‹8Ä@7.192)€€,€((€d–°N»n%@10.716'€)€€,€((€ |šĮē@5.726)€€,€(€ E œį)ę?.693)€€,€((€~†U»2r@4.362)€€,€((€”·¢%Q]@7.091'€'€)€€,€((€śłłłłł @3.747)€€,€(€²×”Žä?.642)€€,€((€åī,襣@2.481)€€,€((€‡‚ć… @5.013'€)€€,€((€œ½ž%A@5.314)€€,€(€­£ķūxź?.827)€€,€((€ÉŹU-Įw @3.683)€€,€((€Ō#Ļ¦jĘ@6.944Estimated Marginal Means%UNIANOVA_Table_EstimatedMarginalMeansL€N€P€,t€€( StatisticsN€P€t€€(MeanN€P€.t€€( Std. ErrorN€P€Öt€€(95% Confidence IntervalN€P€ t€€( Lower BoundN€P€=t€€( Upper BoundA E M Q L€N€P€’’’’€€(CBBAP total groupsN€P€’’’’€€( below meanN€P€’’’’€€( above meanZ ^ L€N€P€’’’’€€(PBI Father's care groups N€P€’’’’€€( below meanN€P€’’’’€€( Above meang k L€N€P€ēt€€(Dependent VariableN€P€’’’’€€(BDITOTALt KŒ€< KK___Œ€U ZZ„€Œ€b ZZ €Œ€o N…€€€(.PBI Father's care groups * CBBAP total groups€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€ €€€( Profile Plots€– €zč’’cč’’€€(Title€š UNIANOVAķ’’’¼"ArialalPÖ{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Profile Plots \par } 5ƒAč’’ ±ę’’€€(-PBI Father's care groups * CBBAP total groups€ž  € UNIANOVAō?-PBI Father's care groups * CBBAP total groups.0u’’’’’’ļ’Ā#¤T‚.PBI Father's care groups * CBBAP total groupsn%Estimated Marginal Means of BDITOTAL&2<ZPBI Father's care groupsdEstimated Marginal MeansžCBBAP total groups below mean0below mean above mean0above mean® ® –below mean–Above mean:†ņŹkč!@:śłłłłł @: |šĮē@:œ½ž%A@¾b Ü€€€(Univariate Analysis of Variance€£ UNIANOVA€8caę’’wę’’€€(Title€§  € UNIANOVAķ’’’¼"ArialalP{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Univariate Analysis of Variance - Dad and Discrepancy Count \par } €Ų’’’żiż’’€€(Notes€¬ UNIANOVA€dddd!€#€%€'€ )€€,€€ø‰µwĒB06-MAY-2004 09:43:13)€€€( )€€€(’’C:\Documents and Settings\suzi\Desktop\My Database.sav )€€€()€€€()€€€()€€,€(€Ąn@246)€€€(3User-defined missing values are treated as missing.)€€€(QStatistics are based on all cases with valid data for all variables in the model.)€€€(’…UNIANOVA bditotal BY fcaregrp fo_pgrp cbppdtgr /METHOD = SSTYPE(3) /INTERCEPT = INCLUDE /PLOT = PROFILE( fo_pgrp*cbppdtgr fo_pgrp*cbppdtgr*fcaregrp ) /EMMEANS = TABLES(fo_pgrp*cbppdtgr) /EMMEANS = TABLES(fcaregrp*fo_pgrp*cbppdtgr) /CRITERIA = ALPHA(.05) /DESIGN = fcaregrp fo_pgrp cbppdtgr fcaregrp*fo_pgrp fcaregrp*cbppdtgr fo_pgrp*cbppdtgr fcaregrp*fo_pgrp*cbppdtgr . )€€,€ €ś~j¼t“Ø? 0:00:00.05NotesUNIANOVA_NotesL€N€P€Ųt€€(ContentsN€P€t€€(Output CreatedN€P€t€€(CommentsN€P€t€€(InputN€P€t€€(DataN€P€t€€(FilterN€P€ t€€(WeightN€P€ t€€( Split FileN€P€ t€€(N of Rows in Working Data FileN€P€t€€(Missing Value HandlingN€P€ęt€€(Definition of MissingN€P€Õt€€( Cases UsedN€P€ t€€(SyntaxN€P€t€€( ResourcesN€P€ t€€( Elapsed Time Ū ß ē ė ļ ó ÷ ’     įŒ€Ö iTKKKK}‡\Kc‡€€(Notes€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€° ­€Uę’’¢Bå’’€€(Between-Subjects Factors€ . UNIANOVA€Estimdddd!€#€%€'€'€)€€€( below mean)€€,€(€@Y@101'€)€€€( Above mean)€€,€(€Ą_@127'€)€€€( below mean)€€,€(€@`@130'€)€€€( Above mean)€€,€(€€X@98'€)€€€( below mean)€€,€(€@\@113'€)€€€( above mean)€€,€(€Ą\@115Between Subjects Factors%UNIANOVA_Table_BetweenSubjectsFactorsL€N€P€t€€( PropertiesN€P€?t€€( Value LabelN€P€t€€(Nf j L€N€P€žt€€( Factor LevelsN€P€’’’’€€(PBI Father's care groups N€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00N€P€’’’’€€("PBI Father's Overprotection groupsN€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00N€P€’’’’€€('CBBAP Positive Discrepancy total groupsN€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00w { ƒ ‡  “ KŒ€a WKWŒ€n KKKKKK2€€(Between-Subjects Factors€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€2 ­€ å’’j¢ć’’€€(!Tests of Between-Subjects Effects€ ³ UNIANOVA€dddd!€#€%€'€'€ '€)€€'€,€((€ąu2@1036.502'€)€€,€((€¹±£±å5ŗ@6709.897'€)€€,€((€i¤PŽv@360.875'€)€€,€((€fXó;ē9X@96.905'€)€€,€((€j(–+"a@137.068'€)€€,€((€R\Ą@Ł"V@88.545'€)€€,€((€|T'1p\%@10.681'€)€€,€((€>ī¬?7`@129.727'€)€€,€((€ ,jūžp`@131.531'€)€€,€((€«ŌHC¾Ėŗ@6859.743'€)€€,€((€­Ė@ 14170.000'€)€€,€((€#øą>Ų¾@7896.246'€ '€)€€,€(€@7'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€€k@220'€)€€,€(€€l@228'€)€€,€(€`l@227'€ '€)€€,€((€n4óK‚b@148.072'€)€€,€((€¹±£±å5ŗ@6709.897'€)€€,€((€i¤PŽv@360.875'€)€€,€((€fXó;ē9X@96.905'€)€€,€((€j(–+"a@137.068'€)€€,€((€R\Ą@Ł"V@88.545'€)€€,€((€|T'1p\%@10.681'€)€€,€((€>ī¬?7`@129.727'€)€€,€((€ ,jūžp`@131.531'€)€€,€((€Ž]g$?.?@31.181'€ '€)€€,€(€­a¤Īž@4.749'€)€€,€(€G«pi7ęj@215.194'€)€€,€(€*Ią@»%'@11.574'€)€€,€(€Ą‡”ØßÜ@3.108'€)€€,€(€@+”‚m•@4.396'€)€€,€(€w”†XĀ·@2.840'€)€€,€(€š62’"ģÕ?.343'€)€€,€(€# &U¤@4.160'€)€€,€(€Sd ™ß@4.218'€ '€)€€,€(€P®ŗĒo¤ ?.000'€)€€,€(€ķ嚣Kš8.000'€)€€,€(€„DkĶæJ?.001'€)€€,€(€Ż?üGM“?.079'€)€€,€(€~ŁIŸ£?.037'€)€€,€(€4płS›ē·?.093'€)€€,€(€ZŃćį?.559'€)€€,€(€ÓvˆæĢ„?.043'€)€€,€(€„ ed„?.041&Test of Between Subjects Fixed Effects0UNIANOVA_Table_TestofBetweenSubjectsFixedEffectsL€N€P€ēt€€(Dependent VariableN€P€’’’’€€(BDITOTAL—L€N€P€(t€€(Source N€P€ąt€€(Corrected ModelN€P€ t€€( InterceptN€P€’’’’€€(FCAREGRPN€P€’’’’€€(FO_PGRPN€P€’’’’€€(CBPPDTGRN€P€’’’’€€(FCAREGRP * FO_PGRPN€P€’’’’€€(FCAREGRP * CBPPDTGRN€P€’’’’€€(FO_PGRP * CBPPDTGRN€P€’’’’€€(FCAREGRP * FO_PGRP * CBPPDTGRN€P€ ÷t€€(ErrorN€P€ 3t€€(TotalN€P€ įt€€(Corrected Total  ¤Ø¬°“ø¼ĄÄČĢ  L€N€P€,t€€( StatisticsN€P€;t€€(Type III Sum of SquaresN€P€īt€€(dfN€P€t€€( Mean SquareN€P€żt€€(FN€P€%t€€(Sig.ÕŁŻįåi‚k‚€(,R Squared = .131 (Adjusted R Squared = .104)æ KŒ€’N…€Œ€› qKXNYŸd ¢KKk¢Œ€Š\K_KK_€€(!Tests of Between-Subjects Effects€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€· €€€(Estimated Marginal Means€ €€ć’’ić’’€€(Title€ UNIANOVAķ’’’¼"ArialalPį{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Estimated Marginal Means \par } ­€Gć’’¹”ā’’€€(O1. PBI Father's Overprotection groups * CBBAP Positive Discrepancy total groups€ UNIANOVA€dddd!€#€%€'€'€'€'€)€€,€((€y å5”—@4.898)€€,€(€9–Kē?.728)€€,€((€$žŽSļ“ @3.463)€€,€((€ąĖŚĮ°T@6.333'€)€€,€((€ą ¬ˆk@4.855)€€,€(€“R:²$ę?.692)€€,€((€j0_Üī @3.491)€€,€((€÷'ģią@6.219'€'€)€€,€((€Ē§Æ-@7.772)€€,€(€Pś3¦é?.782)€€,€((€ÆŚÅė@6.230)€€,€((€ŗX@+ "@9.313'€)€€,€((€WUUUU•@4.646)€€,€(€C J.ļź?.815)€€,€((€”7ļhR@3.040)€€,€((€ŽÜ2v@6.251Estimated Marginal Means%UNIANOVA_Table_EstimatedMarginalMeansL€N€P€,t€€( StatisticsN€P€t€€(MeanN€P€.t€€( Std. ErrorN€P€Öt€€(95% Confidence IntervalN€P€ t€€( Lower BoundN€P€=t€€( Upper BoundVZbfL€N€P€’’’’€€('CBBAP Positive Discrepancy total groupsN€P€’’’’€€( below meanN€P€’’’’€€( above meanosL€N€P€’’’’€€("PBI Father's Overprotection groupsN€P€’’’’€€( below meanN€P€’’’’€€( Above mean|€L€N€P€ēt€€(Dependent VariableN€P€’’’’€€(BDITOTAL‰KŒ€QKK___Œ€jZZ¢€Œ€wZZ—€Œ€„N…€€€(O1. PBI Father's Overprotection groups * CBBAP Positive Discrepancy total groups€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€­€rā’’Ysį’’€€(k2. PBI Father's care groups * PBI Father's Overprotection groups * CBBAP Positive Discrepancy total groups€ «UNIANOVA€dddd!€#€%€'€'€'€'€'€)€€,€((€€@7.375)€€,€(€€Ļµ<ņ?1.140)€€,€((€XĘdOøƒ@5.129)€€,€((€՜MŲ#>#@9.621'€)€€,€((€:Žć8Žć@6.222)€€,€(€  Ā³1ń?1.075)€€,€((€ŌÅ.«Ōj@4.104)€€,€((€P+Lć#® @8.340'€'€)€€,€((€;±;±@7.423)€€,€(€-ŽÆ9…ń?1.095)€€,€((€eļ/u1@5.265)€€,€((€cCY¢)#@9.581'€)€€,€((€ØŖŖŖŖ*@6.292)€€,€(€zĻµ<ņ?1.140)€€,€((€qśb.@4.045)€€,€((€'ņ¢-y!@8.538'€'€'€)€€,€((€ę5”×P^@2.421)€€,€(€ķrū”üģ?.906)€€,€((€€Į@„Xä?.636)€€,€((€ö|/<Ó@4.206'€)€€,€((€ācp>ē @3.488)€€,€(€IŚŖtüēė?.872)€€,€((€ĄÓēGXNü?1.769)€€,€((€ņnv,pÓ@5.206'€'€)€€,€((€< ×£p= @8.120)€€,€(€©z3bŽń?1.117)€€,€((€)ß6­@5.919)€€,€((€ä>¬W¤$@10.321'€)€€,€((€ @3.000)€€,€(€i§Į”ņ?1.164)€€,€((€Ö¼ƒ”÷‘ę?.705)€€,€((€qˆĻ Į-@5.295Estimated Marginal Means%UNIANOVA_Table_EstimatedMarginalMeansL€N€P€,t€€( StatisticsN€P€t€€(MeanN€P€.t€€( Std. ErrorN€P€Öt€€(95% Confidence IntervalN€P€ t€€( Lower BoundN€P€=t€€( Upper Bound(,48L€N€P€’’’’€€('CBBAP Positive Discrepancy total groupsN€P€’’’’€€( below meanN€P€’’’’€€( above meanAEL€N€P€’’’’€€("PBI Father's Overprotection groupsN€P€’’’’€€( below meanN€P€’’’’€€( Above meanNRL€N€P€’’’’€€(PBI Father's care groups N€P€’’’’€€( below meanN€P€’’’’€€( Above mean[_L€N€P€ēt€€(Dependent VariableN€P€’’’’€€(BDITOTALhKŒ€#KK___Œ€<ZZ¢€Œ€IZZ—€Œ€VZZ €Œ€cN…€€€(k2. PBI Father's care groups * PBI Father's Overprotection groups * CBBAP Positive Discrepancy total groups€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€Æ€€€( Profile Plots€‹€Qį’’:į’’€€(Title€UNIANOVAķ’’’¼"ArialalPÖ{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Profile Plots \par } 5ƒį’’ ˆß’’€€(HPBI Father's Overprotection groups * CBBAP Positive Discrepancy total gr€“ €UNIANOVAō?HPBI Father's Overprotection groups * CBBAP Positive Discrepancy total grU0u ’’’’’’ļ’Ā #¤  T ‚ IPBI Father's Overprotection groups * CBBAP Positive Discrepancy total grn %Estimated Marginal Means of BDITOTAL& 2 < Z #PBI Father's Overprotection groupsd Estimated Marginal Meansž CBBAP Positive Discr  below mean0 below mean  above mean0 above mean®   ®   – below mean– Above mean: y å5”—@: Ē§Æ-@: ą ¬ˆk@: WUUUU•@¾ b Ü€€€(gPBI Father's Overprotection groups * CBBAP Positive Discrepancy total groups * PBI Father's care groups€˜€fß’’ Oß’’€€(Title€œUNIANOVAķ’’’¼"Arialalg0{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b PBI Father's Overprotection groups * CBBAP Positive Discrepancy total groups * PBI Father's care groups \par } 5ƒ-ß’’ Ż’’€€(%PBI Father's care groups = below mean€  €UNIANOVAō?%PBI Father's care groups = below meanO!WSPSS template file Wd+’’’’’’ļ’Š€@;±;±@Ś below meanä€@;±;±@Ö Š:Žć8Žć@ØŖŖŖŖ*@Ś above meanä:Žć8Žć@ØŖŖŖŖ*@Ö ’’’’’’’’ #PBI Father's Overprotection groups CBBAP Positive DiscrĀ below mean Above mean ą Ģ č`d e`Šx…’’’’’’’’’’’’ĄĄĄ€€€€€€€€€€€€ą‘{ pß'?pAC)5æh;>QŚ.æ0Gw?„„>)5?h;>QŚ.æ€?Arialal.æ0Gw?„„>Arialh;>QŚ.æ€?½f$-dd($-dd d’’’’Æd’’’’Æd’’’’ÆEstimated Marginal Means of BDITOTALAt PBI Father's care groups = below mean_g d Æ@A€?€? dÆ€? ’’’’š?š?Estimated Marginal Means2.0 3.0 4.0 5.0 6.0 7.0 8.0 9.0 sh d’’’’Æd’’’’Æ€? ’’’’€?€?pm" d’’’’ÆdÆ’’’’PBI Father's Overprotection groups[t yåĆwļGNŠš°>Ćw0 Įw’’’’3«Āw±Ķgåņ ąļPB†åņ yåĆwbelow mean[t yåĆwļGNŠš°>Ćw0 Įw’’’’3«Āw±Ķgåņ ąļPB†åņ yåĆwAbove meančp d’’’’Æd’’’’Æ  CBBAP Positive Discrbelow meanabove mean o’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’’’’’’’ļ’d’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æd’’’’Æ’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’l(d’’’’Æd’’’’Æ’’’’rd’’’’’’’’’’’’’’’’drd’’’’’’’’’’’’’’’’d[g d’’’’ÆĄ@33ó@ĶĢL>ĶĢL> “d’’’’Æ€? ’’’’š?š?6.0 6.2 6.4 6.6 6.8 7.0 7.2 7.4 7.6 5ƒ{Ż’’ ėŪ’’€€(%PBI Father's care groups = Above mean€„ €UNIANOVAō?%PBI Father's care groups = Above means0u  ’’’’’’ļ’Ā #¤  T ‚ &PBI Father's care groups = Above meann %Estimated Marginal Means of BDITOTALx )At PBI Father's care groups = Above mean& 2 < Z #PBI Father's Overprotection groupsd Estimated Marginal Meansž CBBAP Positive Discr  below mean0 below mean  above mean0 above mean®   ®   – below mean– Above mean: ę5”×P^@: < ×£p= @: ācp>ē @:  @¾ b Ü€€€(Univariate Analysis of Variance€ŖUNIANOVA€Ų’’’ż™ż’’€€(Notes€®UNIANOVA€dddd!€#€%€'€ )€€,€€ś~|ĘwĒB06-MAY-2004 09:52:15)€€€( )€€€(’’C:\Documents and Settings\suzi\Desktop\My Database.sav )€€€()€€€()€€€()€€,€(€Ąn@246)€€€(3User-defined missing values are treated as missing.)€€€(QStatistics are based on all cases with valid data for all variables in the model.)€€€(’<UNIANOVA bditotal BY fcaregrp fo_pgrp cbpddtgr /METHOD = SSTYPE(3) /INTERCEPT = INCLUDE /PLOT = PROFILE( fo_pgrp*cbpddtgr ) /EMMEANS = TABLES(fo_pgrp*cbpddtgr) /CRITERIA = ALPHA(.05) /DESIGN = fcaregrp fo_pgrp cbpddtgr fcaregrp*fo_pgrp fcaregrp*cbpddtgr fo_pgrp*cbpddtgr fcaregrp*fo_pgrp*cbpddtgr . )€€,€ €Zd;ßO§? 0:00:00.05NotesUNIANOVA_NotesL€N€P€Ųt€€(ContentsN€P€t€€(Output CreatedN€P€t€€(CommentsN€P€t€€(InputN€P€t€€(DataN€P€t€€(FilterN€P€ t€€(WeightN€P€ t€€( Split FileN€P€ t€€(N of Rows in Working Data FileN€P€t€€(Missing Value HandlingN€P€ęt€€(Definition of MissingN€P€Õt€€( Cases UsedN€P€ t€€(SyntaxN€P€t€€( ResourcesN€P€ t€€( Elapsed Time Żįéķńõł   įŒ€Ų iTKKKK}‡\Kc‡€€(Notes€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€²­€Ū’’—ÉŁ’’€€(Between-Subjects Factors€ 0UNIANOVA€€AĄAdddd!€#€%€'€'€)€€€( below mean)€€,€(€@Y@101'€)€€€( Above mean)€€,€(€Ą_@127'€)€€€( below mean)€€,€(€@`@130'€)€€€( Above mean)€€,€(€€X@98'€)€€€('Behaviors more independant than beliefs)€€,€(€€O@63'€)€€€()Beliefs and behaviors equally independent)€€,€(€0@16'€)€€€('Beliefs more independant than behaviors)€€,€(€ b@149Between Subjects Factors%UNIANOVA_Table_BetweenSubjectsFactorsL€N€P€t€€( PropertiesN€P€?t€€( Value LabelN€P€t€€(NosL€N€P€žt€€( Factor LevelsN€P€’’’’€€(PBI Father's care groups N€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00N€P€’’’’€€("PBI Father's Overprotection groupsN€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00N€P€’’’’€€(,CBBAP Directional Discrepancies total groupsN€P€’’’’€,€(€šæ-1.00N€P€’’’’€,€(€.00N€P€’’’’€,€(€š?1.00€„Œ˜œ KŒ€jWKWŒ€wKKKKKKK2€€(Between-Subjects Factors€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€4­€§Ł’’j)Ų’’€€(!Tests of Between-Subjects Effects€ ĄUNIANOVA€dddd!€#€%€'€'€ '€)€€'€,€((€XóT©ĢU@938.725'€)€€,€((€hļóÆx$Ŗ@3346.236'€)€€,€((€ ŗ[±§U@86.620'€)€€,€((€K$į­I`@130.282'€)€€,€((€”¼&Īq P@64.194'€)€€,€((€¼t°ŗüX@99.949'€)€€,€((€æ»34ņN@61.892'€)€€,€((€{)P8ŻĒU@87.123'€)€€,€((€‡Ę™pB@36.880'€)€€,€((€øeK…-»@6957.521'€)€€,€((€­Ė@ 14170.000'€)€€,€((€#øą>Ų¾@7896.246'€ '€)€€,€(€&@11'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€š?1'€)€€,€(€@2'€)€€,€(€š?1'€)€€,€(€@2'€)€€,€(€@2'€)€€,€(€@2'€)€€,€(€k@216'€)€€,€(€€l@228'€)€€,€(€`l@227'€ '€)€€,€((€<¬UU@85.339'€)€€,€((€hļóÆx$Ŗ@3346.236'€)€€,€((€ ŗ[±§U@86.620'€)€€,€((€K$į­I`@130.282'€)€€,€((€”¼&Īq @@32.097'€)€€,€((€¼t°ŗüX@99.949'€)€€,€((€æ»34ņ>@30.946'€)€€,€((€{)P8ŻĒE@43.561'€)€€,€((€‡Ę™p2@18.440'€)€€,€((€>š§ł@@32.211'€ '€)€€,€(€.@š1@2.649'€)€€,€(€ģITÆųY@103.886'€)€€,€(€¾ółlƒ@2.689'€)€€,€(€JźąĮ-@4.045'€)€€,€(€ŠVł ćļ?.996'€)€€,€(€©N ąŅ@3.103'€)€€,€(€‘¶Č#_¾ī?.961'€)€€,€(€9 &b£õ?1.352'€)€€,€(€‚¦bo¶Qā?.572'€ '€)€€,€(€} '™3|k?.003'€)€€,€(€Ä7ę°;å;.000'€)€€,€(€߉5<„<ŗ?.102'€)€€,€(€‘:ČR§?.046'€)€€,€(€ŠŸĻP¼×?.371'€)€€,€(€ņZęKW^“?.080'€)€€,€(€€ČŪņ^—Ų?.384'€)€€,€(€Å?ŠÉż°Š?.261'€)€€,€(€ƒŖ“ƒSā?.565&Test of Between Subjects Fixed Effects0UNIANOVA_Table_TestofBetweenSubjectsFixedEffectsL€N€P€ēt€€(Dependent VariableN€P€’’’’€€(BDITOTAL¤L€N€P€(t€€(Source N€P€ąt€€(Corrected ModelN€P€ t€€( InterceptN€P€’’’’€€(FCAREGRPN€P€’’’’€€(FO_PGRPN€P€’’’’€€(CBPDDTGRN€P€’’’’€€(FCAREGRP * FO_PGRPN€P€’’’’€€(FCAREGRP * CBPDDTGRN€P€’’’’€€(FO_PGRP * CBPDDTGRN€P€’’’’€€(FCAREGRP * FO_PGRP * CBPDDTGRN€P€ ÷t€€(ErrorN€P€ 3t€€(TotalN€P€ įt€€(Corrected Total ­±µ¹½ĮÅÉĶŃÕŁ  L€N€P€,t€€( StatisticsN€P€;t€€(Type III Sum of SquaresN€P€īt€€(dfN€P€t€€( Mean SquareN€P€żt€€(FN€P€%t€€(Sig.āęźīņi‚k‚€(,R Squared = .119 (Adjusted R Squared = .074)ĢKŒ€ŸN…€Œ€Ø qKXNZŸd”¢KKk¢Œ€Ż\K_KK_€€(!Tests of Between-Subjects Effects€€(€€(”€6–€–€™€’’’›€Čx xó’’’¼"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čx ó’’’"Arial™€’’’›€Čhh((ó’’’"Arial(cont.)$H$x«€Ä€€€(Estimated Marginal Means€€Ų’’š×’’€€(Title€UNIANOVAķ’’’¼"ArialalPį{\rtf1\ansi\deff0\deftab720{\fonttbl{\f0\fswiss MS Sans Serif;}{\f1\froman\fcharset2 Symbol;}{\f2\fswiss\fprq2 Arial;}} {\colortbl\red0\green0\blue0;} \deflang1033\pard\plain\f2\fs28\cf0\b Estimated Marginal Means \par } ­€Ī×’’¾•Ö’’€€(QPBI Father's Overprotection groups * CBBAP Directional Discrepancies total groups€ UNIANOVA€dddd!€#€%€'€'€'€'€)€€,€((€˜+T²õ@4.740)€€,€(€Æ3 JŽPī?.947)€€,€((€”Öų5ū@2.873)€€,€((€ęT›«Ém@6.607'€)€€,€((€@4.000)€€,€(€Ņ/’āŗV@2.167)€€,€((€ū××)fŃæ-.272)€€,€((€Ą¾vH1‹ @8.272'€)€€,€((€nŪ¶mŪ6@5.054)€€,€(€„æĢ²ĀÖä?.651)€€,€((€¬}¹E)@3.770)€€,€((€ųø6Y@6.337'€'€)€€,€((€›™™™™@4.775)€€,€(€…*¢±•ń?1.099)€€,€((€ zŒĆŽ@2.609)€€,€((€­-ölŃĆ@6.941'€)€€,€((€š™™™™™"@9.300)€€,€(€&›)už?1.904)€€,€((€nÅ3"1@5.548)€€,€((€}ØP¢*@13.052'€)€€,€((€@6.500)€€,€(€ŸĘn€§ē?.721)€€,€((€„«`;ĆwH Įw’’’’¬Āw*¬Āw żš(_Čexähŗš l嚈śwˆõw’’’’7õwēwŽ`ēw Uč?~ Š ~Ķ‹õw87õwäHå„Üķ Héwˆ2čw’’Ž`ēwÉé ~č?~ ųR č?~ “åŪ· ~ Š ~£!¬  U£!¬ ¬ ~dv% TÜ™'Bn›ÓA=OÓA(BL’’’’’’’’|Estimated Marginal Means    % T`2*@7n›ÓA=OÓA28L’’’’’’’’T8.0T`2K@Xn›ÓA=OÓA2YL’’’’’’’’T7.5T`2m@zn›ÓA=OÓA2{L’’’’’’’’T7.0T`2@œn›ÓA=OÓA2L’’’’’’’’T6.5T`2±@¾n›ÓA=OÓA2æL’’’’’’’’T6.0T`2Ó@ąn›ÓA=OÓA2įL’’’’’’’’T5.5T`2õ@n›ÓA=OÓA2L’’’’’’’’T5.0T`2@$n›ÓA=OÓA2%L’’’’’’’’T4.5T`23@@n›ÓA=OÓA2AL’’’’’’’’T4.0&’% Z8W3]9W9]9]3W3W9% Z,P)j)P)j)&’% Z8W]W]]WW% Z,P j P j % % €(  Rpņ’’’"Arialżš(_ā³ ~Ź³ ~£!¬Ųä€ ¬ ~ %ųR 8å0Ō­ ~ £!¬°p­ ~ % 01xä 01l嚈śwˆõw’’’’7õwēwŽ`ēw Vč?~ Š ~ž†uī Œeš Håiķ Héwˆ2čw’’Ž`ēwÉé ~č?~ ųR č?~ “åŪ· ~ Š ~£!¬  V£!¬ ¬ ~dv% TÄLšŅ’n›ÓA=OÓALL’’’’’’’’tCBBAP Positive Discr   % TˆeŸ!n›ÓA=OÓAe" L’’’’’’’’`below mean Tˆe3Ÿ@n›ÓA=OÓAeA L’’’’’’’’`above mean_888"% ZŒ,aZ E1H1ESHSEuHuE—H—E¹H¹EŪHŪEżHżEHEAHA% Z8/(a]HAHDHAHD% %  +H1HA& %  Z8H1HAHAHAH1H1HA% Z,HHHH% Z,HAHHHA% ZPEK EKKEEE K KEE % ZPE>K EDKDK>E>EDEKKEE% Z,H1HAHAH1Z,HAHAHAHA% €( ( ( % €% €( % €( % €( % €( % €( % €( CONTENTS’’’’’’’’’’’’hōCompObj+,’’’’FoOle ’’’’’’’’’’’’BContents.0’’’’<Vllߥ0Ē' EMFtt @Śc;øjlߥ0Ē' EMFtt @Śc;øj ą€   '’’’% &’’’%  +ß% % +ß  Rpģ’’’"Arial$°—š “Sņ p•š ģż“E$WSöwųėżȆ$ųėż ģlxģlxU6ŽsųėżążØ&$čGüwążßöwģŽ:VśwßMT Extra-GDI-VECTOR-GDI-VECTORICLDLDBOLDĄŻwųėż ¬ ~dv% % €  %   Rpņ’’’"ArialLDBOLDĄŻwųėż ¬ ~dvųėżążØ&$čGüwQh ~ h ~ Š ~Ųõ|  6``ü’ 'įż’ ß`Ą ~ ¬ ~ %ųR ß Ō­ ~ ¬ ~dv% % T$D «#n›ÓA=OÓAD$$L’’’’’’’’”Estimated Marginal Means of BDITOTAL           %   Rpõ’’’"Arial``ü’ 'įż’ ß`Ą ~ ¬ ~ %ųR ß Ō­ ~ ¬ ~dvųėżążØ&$čGüwQh ~ h ~ Š ~ģ}  &``ü’ 'įż’ ß`Ą ~ ¬ ~ %ųR ß Ō­ ~ ¬ ~dv% % TÜDfąun›ÓA=OÓADvL’’’’’’’’|PBI Father's care groups  % Tˆ3DoQn›ÓA=OÓA3R L’’’’’’’’`Above meanTˆ'DaQn›ÓA=OÓA'R L’’’’’’’’`below mean % % €(  Rpņ’’’„„"ArialĀw?¬Āwü’’’p•š ˜õw:ŠõwČäķ°>ĆwH Įw’’’’¬Āw*¬Āw żš(_ˆRxäp•š l嚈śwˆõw’’’’7õwēwŽ`ēwŚ ‹˜š Š ~Ķ‹õw87õwäHå¼w ķ Héwˆ2čw’’Ž`ēwÉé ~˜šųR ˜š “åŪ· ~ Š ~“! 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Z8W]W]]WW% Z,P j P j % % €(  Rpņ’’’"Arialżš(_ā³ ~Ź³ ~ž!4Ųä€ ¬ ~ %ųR 8å0Ō­ ~ ž!4°p­ ~ %:0źxä:0źl嚈śwˆõw’’’’7õwēwŽ`ēwp ĶĄ—# Š ~ž†(Jš Dī Håiķ Héwˆ2čw’’Ž`ēwÉé ~Ą—#ųR Ą—# “åŪ· ~ Š ~ž!4 p Ķž!4 ¬ ~dv% TÄLšŅ’n›ÓA=OÓALL’’’’’’’’tCBBAP Positive Discr   % TˆeŸ!n›ÓA=OÓAe" L’’’’’’’’`below mean Tˆe3Ÿ@n›ÓA=OÓAeA L’’’’’’’’`above mean_888"% Zt#XZ<1?1<^?^<Œ?Œ<¹?¹<ę?ę<?<A?A% Z8&(a]HAHD?A?D% %  +?1HA& %  Z8?1HA?AHAH1?1?A% Z,?āHö?āHö% Z,?OH?HO% ZP<ßKł EłKłKóEóEł<åBåBß<ß<å% ZP<LK ERKRKLELER<BB<<% Z,?1?A?A?1Z,?AHA?AHA% €( ( ( % €% €( % €( % €( % €( % €( % €( CompObj ’’’’oOle ’’’’’’’’’’’’CONTENTS’’’’’’’’’’’’”ČCompObj ’’’’ollߥ0Ē' EMFs @Śc;øjlߥ0Ē' EMFs @Śc;øj ą€   '’’’% &’’’%  +ß% % +ß  Rpģ’’’"Arial$˜ˆī ”š X†ī ģż“E$WSöwųėżȆ$ųėż ģlxģlxU6ŽsųėżążØ&$čGüwążßöwģŽ:VśwßMT Extra-GDI-VECTOR-GDI-VECTORICLDLDBOLDĄŻwųėż ¬ ~dv% % €  %   Rpņ’’’"ArialLDBOLDĄŻwųėż ¬ ~dvųėżążØ&$čGüwQh ~ h ~õ\ Š ~õ\0Ąw  6``ü’ 'įż’ ß`Ą ~ ¬ ~ %ųR ß Ō­ ~ ¬ ~dv% % T$> „#n›ÓA=OÓA>$$L’’’’’’’’”Estimated Marginal Means of BDITOTAL           %   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