Lampiran 1
Pemilihan Sampel Penelitian
NO
Kode
Perusahaan
Populasi
Kriteria
Sampel
120 STTP
120
Ai
Ai
Ai
Ai
26
121 SULI
121
Ai
Ai
−
−
−
122 TBMS
122
Ai
Ai
−
−
−
123 TCID
123
Ai
Ai
Ai
−
−
124 TIRT
124
Ai
Ai
−
−
−
125 TKIM
125
Ai
Ai
Ai
−
−
126 TOTO
126
Ai
Ai
Ai
Ai
27
127 TPIA
127
Ai
Ai
−
Ai
−
128 TRIS
128
−
−
−
−
−
129 TRST
129
Ai
Ai
Ai
Ai
28
130 TSPC
130
Ai
Ai
Ai
Ai
29
131 ULTJ
131
Ai
Ai
Ai
−
−
132 UNIC
132
Ai
Ai
Ai
Ai
30
133 UNIT
133
Ai
Ai
Ai
Ai
31
134 UNTX
134
Ai
Ai
−
−
−
135 UNVR 135
Ai
Ai
Ai
−
−
136 VOKS
136
Ai Ai Ai
−
−
137 WIIM
137
Ai
Ai
Ai
Ai
32
138 Y
PAS
138
Ai
Ai
Ai
−
−
Lampiran 2
Jadwal Penelitian
Tahapan Penelitian
Okt'
15
Okt'
15
Nov'
15
Des'
15
Jan'
16
Lampiran 3
BOXPLOT Sebelum dan Sesudah Penghapusan
Lampiran 4
Curve Fit
LnDAR-LnROA
Model Summa
Model R R Square Adjusted R
Square
Std. Error of the
Estimate
1 ,146a ,021 ,005 ,88725
a. Predictors: (Constant), LnDAR
LnLDER-LnROA
Model Summary
Model R R Square Adjusted R
Square
Std. Error of the
Estimate
1 ,249a ,062 ,047 ,86859
a. Predictors: (Constant), LnLDER
LnTIER-LnROA
Model Summa
Model R R Square Adjusted R Square
Std. Error of the
Estimate
1 ,707a ,500 ,492 ,63411
a. Predictors: (Constant), LnTIER
LnDAR-LnROE
Model Summa
Model R R Square Adjusted R Square
Std. Error of the
Estimate
1 ,248a ,061 ,046 ,95534
a. Predictors: (Constant), LnDAR
LnLDER- LnROE
Model Summa
Model R R Square Adjusted R
Square
Std. Error of the
Estimate
1 ,327a ,107 ,092 ,93183
LnTIER- LnROE
Model Summary
Model R R Square Adjusted R
Square
Std. Error of the
Estimate
1 ,708a ,501 ,492 ,69685
a. Predictors: (Constant), LnTIER
LnDAR-LnNPM
Model Summary
Model R R Square Adjusted R
Square
Std. Error of the
Estimate
1 ,103a ,011 -,006 ,85783
a. Predictors: (Constant), LnDAR
LnLDER- LnNPM
Model Summary
Model R R Square Adjusted R
Square
Std. Error of the
Estimate
1 ,219a ,048 ,032 ,84141
a. Predictors: (Constant), LnLDER
LnTIER- LnNPM
Model Summa
Model R R Square Adjusted R
Square
Std. Error of the
Estimate
1 ,642a ,412 ,403 ,66105
Lampiran 5
Manova
[DataSet1]The default error term in MANOVA has been changed from WITHIN CELLS to WITHIN+RESIDUAL. Note that these are the same for all full factorial designs.
* * * * * * * * A n a l y s i s o f V a r i a n c e * * * * * * * * *
63 cases accepted.
0 cases rejected because of out-of-range factor values. 0 cases rejected because of missing data.
1 non-empty cell.
1 design will be processed.
Adjusted WITHIN CELLS Correlations with Std. Devs. on Diagonal
LnROA LnROE LnNPM
LnROA ,60917
LnROE ,97796 ,62681
LnNPM ,85350 ,84662 ,64930
Statistics for ADJUSTED WITHIN CELLS correlations
Log(Determinant) = -4,44864
Bartlett test of sphericity = 254,31364 with 3 D. F.
Significance = ,000
F(max) criterion = 1,13609 with (3;59) D. F.
Adjusted WITHIN CELLS Variances and Covariances
LnROA LnROE LnNPM
LnROA ,37109
LnROE ,37342 ,39288
LnNPM ,33759 ,34456 ,42159
Adjusted WITHIN CELLS Sum-of-Squares and Cross-Products
LnROA LnROE LnNPM
LnROA 21,89418
LnROE 22,03153 23,18021
*** * * * A n a l y s i s o f V a r i a n c e --Design 1 * * * * *
EFFECT .. WITHIN CELLS Regression
Adjusted Hypothesis Sum-of-Squares and Cross-Products
LnROA LnROE LnNPM
LnROA 27,17372
LnROE 31,05869 36,13562
LnNPM 23,57389 26,80643 20,49338
Multivariate Tests of Significance (S = 3, M = -1/2, N = 27 1/2)
Test Name Value Approx. F Hypoth. DF Error DF Sig. of F
Pillais ,95742 9,21835 9,00 177,00 ,000
Hotellings 2,42599 15,00523 9,00 167,00 ,000
Wilks ,23564 12,51538 9,00 138,87 ,000
Roys ,66918
Eigenvalues and Canonical Correlations
Root No. Eigenvalue Pct. Cum.Pct. Canon Cor. Sq. Cor
12,02279 83,37971 83,37971 ,81803 ,66918 2,40139 16,54520 99,92491 ,53518 ,28642
3,00182 ,07509 100,00000 ,04264 ,00182
Dimension Reduction Analysis
Roots Wilks L F Hypoth. DF Error DF Sig. of F
1 TO 3 ,235612,51538 9,00 138,87 ,000 2 TO 3 ,712285,36149 4,00 116,00 ,001 3 TO 3 ,99818,10748 1,00 59,00 ,744
EFFECT .. WITHIN CELLS Regression (Cont.) Univariate F-tests with (3;59) D. F.
Variable Sq.Mul.R Adj.R-sq. Hypoth.MS Error MS F Sig. of F
LnROA ,55380 ,53111 9,05791 ,3710924,40906 ,000 LnROE ,60921 ,58934 12,04521 ,3928830,65836 ,000 LnNPM ,45172 ,42385 6,83113 ,4215916,20334 ,000
Raw canonical coefficients for DEPENDENT variables Function No.
Variable 1 2 3
LnROA 2,21531 5,51343 -3,33619
LnROE -3,12920 -4,78464 ,65077
Standardized canonical coefficients for DEPENDENT variables Function No.
Variable 1 2 3
LnROA ,97077 4,90484 -2,96793
LnROE -,86072 -4,67992 ,63653
LnNPM ,22274 ,27042 2,55623
Correlations between DEPENDENT and canonical variables Function No.
Variable 1 2 3
LnROA ,83589 ,54869 ,01479
LnROE -,91892 ,39255 ,03854
LnNPM ,74170 ,53932 ,39878
Variance in dependent variables explained by canonical variables
CAN.VAR. Pct Var DEP Cum Pct DEP Pct Var COV Cum Pct COV
1 69,77506 69,77506 46,69204 46,69204
2 24,86737 94,64243 7,12253 53,81457
3 5,35757 100,00000 ,00974 53,82431
Raw canonical
COVARIATE
LnDAR LnLDER LnTIER
coefficients for COVARIATES
Function No.
1 2 3
-,83178 -2,54638 -2,92670 -,43463 -,20767 1,26715 -,77265 ,62970 -,20866
Standardized canonical coefficients for COVARIATES CAN. VAR.
COVARIATE 1 2 3
LnDAR -,38911 -,69202 -,79538
LnLDER -,36051 -,17225 1,05106
LnTIER -,75945 ,61894 -,20509
Correlations between COVARIATES and canonical Variables CAN. VAR.
Covariate 1 2 3
LnDAR -,64712 -,77562 -,31477
LnLDER -,56402 -,46622 ,68156
Variance in covariates explained by canonical variables
CAN. VAR. Pct Var DEP Cum Pct DEP Pct Var COV Cum Pct COV
1 26,95292 26,95292 40,27756 40,27756 2 11,47346 38,42638 40,05811 80,33567
3 ,03576 38,46214 19,66433 100,00000
Regression analysis for WITHIN CELLS error term --- Individual Univariate ,9500 confidence intervals Dependent variable .. LnROA
COVARIATE B Beta Std.Err. t -Value Sig.of t Lower -95% CL- Upper
LnDAR ,2041163699 ,0623553374 ,31992 ,63803 ,526 -,43603 ,84427
LnLDER ,2108479553 ,1965921351 ,10488 2,01044 ,049 ,00099 ,42071 LnTIER ,6343950430 ,7009280723 ,07878 8,05225 ,000 ,47675 ,79204
Dependent variable .. LnROE
COVARIATE B Beta Std.Err. t-Value Sig.of t lower -95% CL- Upper
LnDAR ,5247766471 ,1458088052 ,32918 1,59421 ,116 -,133911 ,18346 LnLDER ,2789265693 ,2365375444 ,10791 2,58474 ,012 ,06299
,49486 LnTIER ,6971579040 ,7005808819 ,08107 8,59992 ,000 ,53495
,85937
Dependent variable .. LnNPM
COVARIATE B Beta Std.Err. t-Value Sig.of t Lower -95% CL- Upper
LnDAR ,0718328891 ,0228216802 ,34099 ,21066 ,834 -,61049 ,75415 LnLDER ,1927329590 ,1868879146 ,11179 1,72414 ,090 -,03095 ,41641 LnTIER ,5534482016 ,6359443845 ,08397 6,59066 ,000 ,38542 ,7214
* * * * * A n a l y s i s o f V a r i a n c e --Design 1 * * * * *
EFFECT .. CONSTANT
Adjusted Hypothesis Sum-of-Squares and Cross-Products
LnROA LnROE LnNPM
LnROA 33,44498
LnROE 26,00673 20,22277
LnNPM 34,54113 26,85909 35,67320
Multivariate Tests of Significance (S = 1, M = 1/2, N = 27 1/2)
Test Name Value Exact F Hypoth. DF Error DF Sig. of F
Pillais ,7745465,27120 3,00 57,00 ,000
Hotellings 3,43533 65,27120 3,00 57,00 ,000
Wilks ,2254665,27120 3,00 57,00 ,000
Eigenvalues and Canonical Correlations
Root No. Eigenvalue Pct. Cum. Pct. Canon Cor.
1 3,43533 100,00000 100,00000 ,88008
EFFECT .. CONSTANT (Cont.)
Univariate F-tests with (1;59) D. F.
Variable Hypoth.SS Error SS Hypoth. MS Error MS F Sig.of F
LnROA 33,44498 21,89418 33,44498 ,37109 90,12686 ,000 LnROE 20,22277 23,18021 20,22277 ,39288 51,47250 ,000 LnNPM 35,67320 24,87367 35,67320 ,42159 84,61636 ,000
EFFECT .. CONSTANT (Cont.)
Raw discriminant function coefficients Function No.
Variable 1
LnROA 6,13114 LnROE -5,61517 LnNPM ,67484
Standardized discriminant function coefficients Function No.
Variable 1
LnROA 3,73490 LnROE -3,51962 LnNPM ,43817
Estimates of effects for canonical variables Canonical Variable
Parameter 1
1 -8,54841
Correlations between DEPENDENT and canonical variables Canonical Variable
Variable 1