Bulan Pelaksanaan 2014 sd 2015 November
LAMPIRAN
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2. Data Penelitian TAHUN KODE LN TA LN TS ROA CR
6. Sidang Meja Hijau
5. Bimbingan Skripsi
4. Seminar proposal
3. Pergantian judul
2. Bimbingan Proposal
1.Pembuatan Proposal
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1. Jadwal Penelitian Jadwal Bulan Pelaksanaan 2014 s/d 2015 November Desember Januari Maret Juni Juli
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8/11
ITA DAR 2011 ADES
8.00
6.27
47.35 WIIM
46.00
1.75
41.55
17.78
16.78
37.19 HMSP
71.68
2.24
35.59 GGRM 17.48 17.55 12.68
16.90
1.48
14.56
13.93
14.60
47.57 ULTJ
17.30
1.03
4.57
13.84
13.75
42.64 STTP
22.06
1.70
2.80
12.75
14.00
6.40
52.14 SKLT
15.93
12.66
15.36
21.14
7.52
39.56
13.73
13.28
21.25 MERK
20.61
3.65
18.61
16.21
30.19 KLBF
2.06
25.42
2.75
9.57
15.06
14.40
21.59 KAEF
12.76
4.83
13.03
13.77
13.74
45.64 DVLA
44.50
12.27
19.00
1.71
67.74 CEKA
19.15 ICBP
12.13
1.02
20.84
13.24
13.45
50.80 DLTA
47.48
1.69
11.70
14.03
13.62
14.48
16.82
1.31
2.72
12.36
13.29
48.95 ALTO
9.24
1.89
4.18
14.38
15.09
60.21 AISA
12.33
16.55
14.30
1.25
7.33
4.40
13.53
12.57
28.02 SKBM
2.15
1.28
15.27
13.61
13.54
63.26 ROTI
20.25
2.22
59.88 MYOR 15.70 16.06
2.78
12.61
0.99
42.00
14.44
13.96
41.17 MLBI
12.19
1.94
9.70
17.64
17.80
30.31 INDF
10.69
9.26
PYFA
13.98
24.62
9.75 UNVR
16.17
16.97
39.73
0.69
17.29
64.88 KDSI
13.28
4.02
12.38
1.36
31.09
52.46 KICI
11.38
11.38
0.41
7.26
45.90
26.45 TAHUN KODE
LN TA LN TS ROA CR
11.74
14.32
11.68
8.90
11.93
4.38
2.54
25.01
30.19 SQBB
12.89
12.87
34.06
4.85
18.08 TSPC
13.94
15.26
15.57
13.80
3.08
17.09
28.27 MBTO 13.20 13.38
7.88
4.08
9.79
26.05 TCID
8/11
ITA DAR 2012 ADES
21.00
13.74
16.06
16.43
18.82
3.41
22.46
21.75 MERK
13.25
18.93
25.55
3.87
41.72
26.66 PYFA
11.82
12.08
3.91
2.41
18.44
30.57 KLBF
2.80
12.89
44.50
1.78
59.70
49.30 WIIM
14.00
13.93
6.40
2.06
45.64 DVLA
9.91
13.89
13.90
13.86
4.31
12.36
21.69 KAEF
14.55
15.13
35.44 SQBB
12.87
18.01
1.59
40.38
0.67
17.20
66.89 KDSI
13.25
14.08
6.46
25.59
16.30
44.61 KICI
11.46
11.46
2.38
4.80
42.53
29.91
12.87
17.12
13.02 UNVR
34.06
16.50
4.85
8.90
18.08 TSPC
15.35
15.71
13.89
3.09
27.62 MBTO 13.32 13.48
20.67
7.60
3.71
8.68
28.70 TCID
14.05
14.43
11.95
7.73
37.89
17.08
1.94
13.80
13.49
27.92
0.79
20.41
19.71 ICBP
16.70
16.89
2.72
54.91 DLTA
10.19
32.75 INDF
17.90
17.73
8.50
2.05
13.11
42.51 MLBI
13.52
30.29
14.26
47.42 ALTO
19.17
46.25 AISA
15.17
14.83
6.56
1.27
15.58
13.70
1.03
13.12
1.83
1.51
11.77
62.08 CEKA
13.84
13.93
5.68
14.20
66.00
35.91 HMSP
53.62 ULTJ
24.34
48.14 STTP
14.04
14.07
5.97
1.00
19.41
14.70
3.20
14.85
17.74
2.02
13.80
30.71 GGRM 17.54 17.71
9.80
2.17
64.20
1.42
12.90
0.58
12.38
8.39
56.52 MYOR 15.93 16.17
8.97
2.76
18.05
63.05 ROTI
14.00
13.99
1.12
12.43
1.88
44.68 SKBM
12.57
13.53
4.40
13.07
19.00
52.14 SKLT
1.25
TAHUN KODE LN TA LN TS ROA CR
8/11
ITA DAR 2013 ADES
13.00
25.17
16.52
17.71
2.84
26.99
24.88 MERK
13.45
13.99
3.98
34.29 KLBF
35.77
26.37 PYFA
12.07
12.17
3.54
1.54
20.49
16.24
25.93
12.95
36.42 DVLA
63.25
48.35 WIIM
14.02
14.28
10.77
2.43
56.39
13.99
2.43
13.91
10.56
4.24
17.35
23.12 KAEF
14.72
15.29
8.72
46.38 SQBB
12.96
39.48
1.44
40.10
0.70
15.62
68.13 KDSI
13.65
14.14
4.23
18.19
16.41
58.60 KICI
11.50
11.50
7.55
5.77
50.54
24.74
13.13
17.24
19.26 UNVR
35.50
18.50
4.97
9.79
17.60 TSPC
15.50
15.74
12.47
2.96
28.57 MBTO 13.32 13.37
22.53
2.74
3.99
8.71
26.23 TCID
14.20
14.52
10.95
3.57
1.75
18.13
1.81
11.40
13.67
30.50
0.59
19.81
21.86 ICBP
16.87
17.04
2.41
50.61 DLTA
13.49
37.62 INDF
18.17
17.87
5.00
1.67
10.45
13.67
34.18
14.39
53.06 ALTO
19.22
39.96 AISA
15.43
15.22
6.91
1.75
20.39
14.22
1.25
13.10
0.80
1.84
5.49
63.91 CEKA
13.88
14.74
6.08
50.86 MLBI
15.09
13.00
14.85
53.75 STTP
14.20
14.34
7.78
1.14
19.44
52.78 ULTJ
15.06
1.23
15.05
2.46
19.03
28.30 GGRM 17.74 17.83
8.63
1.72
59.57
42.06 HMSP
23.36
3.80
67.00
1.14
0.98
9.08
44.86 MYOR 16.09 16.30 10.00 2.40 15.00 59.90
ROTI
14.42
14.22
8.67
2.00
13.25
56.80 SKBM
13.12
14.08
11.71
1.25
17.87
60.11 SKTL
12.62
17.13
8/11
3. Statistik Deskriptif
Descriptive Statistics
N Minimum Maximum Mean Std. Deviation LNTA
87
11.38 18.17 14.3731 1.65274 LNTS
87
11.38 18.13 14.5967 1.71835 ROA 87 -.90 4.20 2.3139 .92334 CR 87 -.54 2.46 .7269 .61883
ITA 87 .63 4.27 2.9130 .69595 DAR
87
2.28 4.22 3.6029 .43113 Valid N (listwise)
87
4. Analisis Regresi Model I a Variables Entered/Removed Model Variables Variables Method Entered Removed
DAR, ITA, 1 . Enter b
LNTA, CR
a. Dependent Variable: ROA b. All requested variables entered. b
Model Summary
Model R R Square Adjusted R Std. Error of the Durbin-Watson
Square Estimate a
1 .602 .362 .331 .75519 2.282
a. Predictors: (Constant), DAR, ITA, LNTA, CR
b. Dependent Variable: ROA a
ANOVA
Model Sum of Squares df Mean Square F Sig.
bRegression 26.554 4 6.639 11.640 .000
1 Residual 46.765 82 .570 Total 73.320
86
a. Dependent Variable: ROA
b. Predictors: (Constant), DAR, ITA, LNTA, CR
Coefficients
aModel Unstandardized Coefficients Standardized Coefficients t Sig.
B Std. Error Beta
1 (Constant) 5.153 1.239 4.158 .000 LNTA .223 .050 .398 4.426 .000 CR -.812 .192 -.544 -4.232 .000
ITA -.012 .120 -.009 -.101 .920 DAR -1.502 .273 -.701 -5.496 .000 Coefficients a
Model Collinearity Statistics Tolerance
VIF
1 (Constant) LNTA .960 1.042 CR .470 2.128
ITA .947 1.056 DAR .478 2.094
a. Dependent Variable: ROA Coefficient Correlations a
Model DAR
ITA LNTA CR
1 Correlations DAR 1.000 -.128 -.108 .711
ITA -.128 1.000 -.084 -.215 LNTA -.108 -.084 1.000 .029 CR .711 -.215 .029 1.000 Covariances DAR .075 -.004 -.001 .037
ITA -.004 .014 -.001 -.005 LNTA -.001 -.001 .003 .000 CR .037 -.005 .000 .037
a. Dependent Variable: ROA 8/11
8/11 a
Collinearity Diagnostics
Model Dimension Eigenvalue Condition Index Variance Proportions
(Constant) LNTA CRITA DAR 1 4.565 1.000 .00 .00 .01 .00 .00 2 .383 3.452 .00 .00 .43 .00 .00
1 3 .040 10.733 .01 .03 .03 .99 .01 4 .009 22.224 .03 .85 .06 .01 .22 5 .003 40.182 .97 .12 .47 .00 .76
a. Dependent Variable: ROA
a Residuals Statistics Minimum Maximum Mean Std. Deviation N Predicted Value 1.1035 3.9712 2.3139 .55567
87 Std. Predicted Value -2.178 2.983 .000 1.000
87 Standard Error of Predicted .093 .371 .173 .054
87 Value Adjusted Predicted Value 1.2985 4.1466 2.3195 .56659
87 Residual -2.00353 1.64287 .00000 .73742
87 Std. Residual -2.653 2.175 .000 .976
87 Stud. Residual -2.820 2.221 -.003 1.010
87 Deleted Residual -2.26434 1.71187 -.00556 .79002
87 Stud. Deleted Residual -2.950 2.277 -.002 1.024
87 Mahal. Distance .328 19.770 3.954 3.429
87 Cook's Distance .000 .207 .015 .028
87 Centered Leverage Value .004 .230 .046 .040
87
a. Dependent Variable: ROA
Chart s
8/11
NPAR TESTS /K-S(NORMAL)=RES_1 /MISSING ANALYSIS.
NPar Test s One-Sample Kolmogorov-Smirnov Test Unstandardized Residual
N
87 Normal Parameters a,b
Mean
0E-7 Std. Deviation .73741722 Most Extreme Differences Absolute .143
Positive .143 Negative -.075 Kolmogorov-Smirnov Z 1.337 Asymp. Sig. (2-tailed) .056 a. Test distribution is Normal.
b. Calculated from data.
8/11
5. Analisis Regresi Model II Variables Entered/Removed a
1 Regression 31.459 4 7.865 15.406 .000 b
ITA -.082 .115 -.061 -.708 .481 DAR -1.501 .258 -.701 -5.817 .000 8/11
1 (Constant) 4.721 1.165 4.052 .000 LNTS .260 .046 .485 5.612 .000 CR -.770 .182 -.516 -4.235 .000
B Std. Error Beta
Model Unstandardized Coefficients Standardized Coefficients t Sig.
b. Predictors: (Constant), DAR, ITA, LNTS, CR
Coefficients
aa. Dependent Variable: ROA
86
Residual 41.861 82 .511 Total 73.320
Model Variables Entered Variables Removed
Method
a. Predictors: (Constant), DAR, ITA, LNTS, CR
.429 .401 .71450 2.270
Durbin-Watson 1 .655 a
Model R R Square Adjusted R
Square
Std. Error of the Estimate
Model Summary
ba. Dependent Variable: ROA b. All requested variables entered.
. Enter
1 DAR, ITA, LNTS, CR b
b. Dependent Variable: ROA
ANOVA
aModel Sum of Squares df Mean Square F Sig.
Coefficients a Model Collinearity Statistics Tolerance
8/11
1 (Constant) LNTS .934 1.071 CR .468 2.135
ITA .924 1.082 DAR .479 2.086
a. Dependent Variable: ROA
Coefficient Correlations a Model DAR
ITA LNTS CR
1 Correlations DAR 1.000 -.120 -.090 .708
ITA -.120 1.000 -.176 -.221 LNTS -.090 -.176 1.000 .066 CR .708 -.221 .066 1.000 Covariances
ITA -.004 .013 -.001 -.005 LNTS -.001 -.001 .002 .001
VIF
DAR .067 -.004 -.001 .033
CR .033 -.005 .001 .033
1 1 4.565 1.000 .00 .00 .01 .00 .00 2 .384 3.449 .00 .00 .43 .00 .00 3 .038 10.890 .01 .02 .04 .99 .01 4 .010 21.732 .02 .86 .04 .00 .20 5 .003 40.151 .97 .12 .49 .00 .78 a. Dependent Variable: ROA
ITA DAR
Model Dimension Eigenvalue Condition Index Variance Proportions
(Constant) LNTS CRa. Dependent Variable: ROA
Collinearity Diagnostics
aResiduals Statistics a Minimum Maximum Mean Std. Deviation N Predicted Value .9209 3.8275 2.3139 .60481
87 Std. Predicted Value -2.303 2.503 .000 1.000
87 Standard Error of Predicted Value .092 .353 .163 .052
87 Adjusted Predicted Value 1.1055 3.9594 2.3175 .60984
87 Residual -1.82090 1.57478 .00000 .69768
87 Std. Residual -2.549 2.204 .000 .976
87 Stud. Residual -2.718 2.274 -.002 1.010
87 Deleted Residual -2.07084 1.68737 -.00364 .74628
87 Stud. Deleted Residual -2.832 2.335 .000 1.023
87 Mahal. Distance .423 20.034 3.954 3.495
87 Cook's Distance .000 .203 .014 .027
87 Centered Leverage Value .005 .233 .046 .041
87
a. Dependent Variable: ROA
Chart s 8/11
8/11
NPAR TESTS
NPar Test s One-Sample Kolmogorov-Smirnov Test Unstandardized Residual
N
87 Normal Parameters a,b
Mean
0E-7 Std. Deviation .69768164 Most Extreme Differences Absolute .140
Positive .140 Negative -.079 Kolmogorov-Smirnov Z 1.309 Asymp. Sig. (2-tailed) .065 a. Test distribution is Normal.
b. Calculated from data.
8/11