LAMPIRAN LAMPIRAN 1 SAMPEL PERUSAHAAN

No Kode Nama Perusahaan

1 AALI Astra Agro Lestari Tbk

2 GZCO Gozco Plantation Tbk

3 LSIP PP London Sumatra Indonesia Tbk

4 SGRO Sampoerna Agro Tbk

5 SMAR SMART Tbk

6 TBLA Tunas Baru Lampung Tbk

7 UNSP Bakrie Sumatera Plantation Tbk

LAMPIRAN 2

PENGUMPULAN DATA

5.87

59.5

0.88

2.98

0.88 LSIP

7.34

0.16

40.1

2.63 SGRO

4.06 GZCO

10.23

0.36

30.13

67.05

2.25 SMAR

9.8

1.01

7.89

79.7

2.51 TBLA

15.36

2.81 SMAR

11.39

1.14

34.18

95.1

2.46 TBLA

7.87

1.95

56.75

65.14

1.57 UNSP

6.56

1.2

4.4

30.18

0.64 2011 AALI

13.68

0.21

97.2

6.62

45.19

97.2

1.77

0.55

25.82

67.05

1.77 SMAR

2.1

0.82

2.1 TBLA

59.48

1.38

1.95

58.78

1.38 UNSP -1.16

1.4

5.14

0.16

2.5 SGRO

40.34

1.64

12.64

52.17

54.38

1.81 UNSP

5.84

1.06

4.55

27.55

0.43 2012 AALI

0.33

0.2

44.75

79.68

3.31 GZCO

12.19

0.99

70.23

0.75 LSIP

13.98

0.34

0.23

0.9

1.06 TBLA

12.51

2.15

52.67

57.96

0.89 UNSP

5.67

19.64

49.41

27.62

0.4 2009 AALI

21.57

0.28

79.7

5.75 GZCO

5.63

95.21

1.17

4.3

79.7

2.99 GZCO

7.76

0.59

29.68

0.48 LSIP

0.54

4.67

30.1

32.21

1.25 SGRO

5.12

0.37

38.7

1.45 SMAR

0.82

72.1

Tahun Emiten PER DER DPR MANAJERIAL PBV 2008 AALI

13.37

5.69

27.05

0.82 2010 AALI

20.46

0.19

79.7

5.72 GZCO

0.74

8.69

29.85

1.84 LSIP

16.97

0.22

8.06

59.5

3.85 SGRO

0.9

1.85 UNSP

1.07 LSIP

67.05

16.11

0.27

40.31

32.21

2.99 SGRO

18.11

0.27

30.18

2.89 SMAR

57.94

9.79

1.13

28.78

95.21

1.53 TBLA

13.28

1.8

5.88

13.28

LAMPIRAN 3 HASIL UJI REGRESI LINIER BERGANDA UNTUK HIPOTESIS 1 (OUTPUT SPSS) Descriptive Statistics

b. Dependent Variable: PBV

. Enter a. All requested variables entered.

1 DPR, DER, PER

Entered Variables Removed Method

Model Variables

35 Variables Entered/Removed

35 DPR

Mean Std. Deviation N PBV 2.0243 1.36570

35 PER 9.5223 5.42688

35 DER

35 PER

Sig. (1-tailed) PBV . .000 .000 .000 PER .000 . .011 .025 DER .000 .011 . .039 DPR .000 .025 .039 . N PBV

Pearson Correlation PBV 1.000 .726 -.563 .628 PER .726 1.000 -.387 .334 DER -.563 -.387 1.000 -.302 DPR .628 .334 -.302 1.000

35 Correlations PBV PER DER DPR

35 DPR 30.8303 18.98964

35 DER .8217 .57356

b Model Summary

Adjusted R Std. Error of the Model R R Square Square Estimate Durbin-Watson

1 .864 .747 .723 .71935 2.007

a. Predictors: (Constant), DPR, DER, PER

b. Dependent Variable: PBV

ANOVA

Model Sum of Squares df Mean Square F Sig. a

1 Regression 47.373 3 15.791 30.516 .000 Residual 16.041 31 .517 Total 63.415

a. Predictors: (Constant), DPR, DER, PER

Coefficients

Standardized Unstandardized Coefficients Coefficients Collinearity Statistics

Model B Std. Error Beta t Sig. Tolerance

VIF 1 (Constant) .473 .424 1.116 .273 PER .126 .025 .499 4.938 .000 .798 1.253 DER -.605 .238 -.254 -2.544 .016 .817 1.224 DPR .028 .007 .384 3.930 .000 .853 1.172

a. Dependent Variable: PBV

a Coefficient Correlations

Model DPR DER PER

1 Correlations DPR 1.000 .199 -.248 DER .199 1.000 .318 PER -.248 .318 1.000

Covariances DPR 4.948E-5 .000 -4.430E-5 DER .000 .057 .002 PER -4.430E-5 .002 .001

a. Dependent Variable: PBV

Collinearity Diagnostics

Variance Proportions Dimens

Model ion Eigenvalue Condition Index (Constant) PER DER DPR

1 1 3.314 1.000 .01 .01 .02 .02 2 .457 2.692 .00 .07 .38 .08 3 .171 4.404 .00 .51 .00 .73 4 .058 7.550 .99 .41 .61 .17 a. Dependent Variable: PBV

Collinearity Diagnostics

Variance Proportions Dimens

Model ion Eigenvalue Condition Index (Constant) PER DER DPR

1 1 3.314 1.000 .01 .01 .02 .02 2 .457 2.692 .00 .07 .38 .08 3 .171 4.404 .00 .51 .00 .73 4 .058 7.550 .99 .41 .61 .17 a. Dependent Variable: PBV

Residuals Statistics a

Minimum Maximum Mean Std. Deviation N Predicted Value -.5199 4.8102 2.0243 1.18039

35 Std. Predicted Value -2.155 2.360 .000 1.000

35 Standard Error of Predicted Value

.131 .416 .234 .068

35 Adjusted Predicted Value -.6626 4.5588 2.0090 1.18580

35 Residual -1.43136 1.15528 .00000 .68688

35 Std. Residual -1.990 1.606 .000 .955

35 Stud. Residual -2.230 1.796 .010 1.040

35 Deleted Residual -1.96621 1.44494 .01532 .81943

35 Stud. Deleted Residual -2.395 1.867 .010 1.067

35 Mahal. Distance .161 10.388 2.914 2.281

35 Cook's Distance .000 .624 .053 .112

35 Centered Leverage Value .005 .306 .086 .067

a. Dependent Variable: PBV

LAMPIRAN 4 HASIL UJI REGRESI LINIER BERGANDA UNTUK HIPOTESIS 2 (OUTPUT SPSS) Descriptive Statistics

Mean Std. Deviation N PBV 2.0243 1.36570

35 PER 9.5223 5.42688

35 DER .8217 .57356

35 DPR 30.8303 18.98964

35 MANAJERIAL 63.4894 22.86421

35 Correlations PBV PER DER DPR MANAJERIAL

Pearson Correlation PBV 1.000 .726 -.563 .628 .415 PER .726 1.000 -.387 .334 .251 DER -.563 -.387 1.000 -.302 -.180 DPR .628 .334 -.302 1.000 .511 MANAJERIAL .415 .251 -.180 .511 1.000

Sig. (1-tailed) PBV . .000 .000 .000 .007 PER .000 . .011 .025 .073 DER .000 .011 . .039 .151 DPR .000 .025 .039 . .001 MANAJERIAL .007 .073 .151 .001 . N PBV

35 PER

35 DER

35 DPR

35 MANAJERIAL

b Variables Entered/Removed

Variables Variables Model Entered Removed Method

1 MANAJERIAL, DER, PER, . Enter

DPR a. All requested variables entered.

b. Dependent Variable: PBV

b Model Summary

Adjusted R Std. Error of the Model R R Square Square Estimate Durbin-Watson

1 .866 .750 .717 .72662 2.024

a. Predictors: (Constant), MANAJERIAL, DER, PER, DPR

b. Dependent Variable: PBV

b ANOVA Model Sum of Squares df Mean Square F Sig. a

1 Regression 47.575 4 11.894 22.527 .000 Residual 15.839 30 .528 Total 63.415

a. Predictors: (Constant), MANAJERIAL, DER, PER, DPR

b. Dependent Variable: PBV

Coefficients

Standardized Unstandardized Coefficients Coefficients Collinearity Statistics

Model B Std. Error Beta t Sig. Tolerance

VIF 1 (Constant) .308 .505 .609 .547 PER .124 .026 .493 4.809 .000 .791 1.264 DER -.605 .240 -.254 -2.518 .017 .817 1.224 DPR .025 .008 .353 3.168 .004 .672 1.488 MANAJERIAL .004 .006 .066 .619 .541 .732 1.366

a. Dependent Variable: PBV

a Coefficient Correlations

Model MANAJERIAL DER PER DPR MANAJERIAL 1.000 .000 -.093 -.461

DER .000 1.000 .317 .177 PER -.093 .317 1.000 -.176 DPR -.461 .177 -.176 1.000 MANAJERIAL 4.059E-5 -4.482E-7 -1.535E-5 -2.350E-5

Covariances

DER -4.482E-7 .058 .002 .000 PER -1.535E-5 .002 .001 -3.630E-5 DPR -2.350E-5 .000 -3.630E-5 6.409E-5

a. Dependent Variable: PBV

Collinearity Diagnostics

Variance Proportions Dimens

Model ion Eigenvalue Condition Index (Constant) PER DER DPR MANAJERIAL

1 1 4.235 1.000 .00 .01 .01 .01 .00 2 .462 3.028 .00 .06 .39 .06 .00 3 .175 4.919 .00 .58 .00 .44 .01 4 .087 6.987 .07 .20 .32 .48 .44 5 .042 10.099 .92 .15 .28 .02 .54

a. Dependent Variable: PBV

Residuals Statistics

Minimum Maximum Mean Std. Deviation N Predicted Value -.6636 4.7781 2.0243 1.18291

35 Std. Predicted Value -2.272 2.328 .000 1.000

35 Standard Error of Predicted .160 .438 .267 .064

35 Value Adjusted Predicted Value -.9772 4.5102 2.0108 1.19777

35 Residual -1.50170 1.13011 .00000 .68254

35 Std. Residual -2.067 1.555 .000 .939

35 Stud. Residual -2.138 1.743 .009 1.036

35 Deleted Residual -1.93524 1.41903 .01347 .83569

35 Stud. Deleted Residual -2.284 1.807 .009 1.064

35 Mahal. Distance .686 11.364 3.886 2.321

35 Cook's Distance .000 .515 .049 .093

35 Centered Leverage Value .020 .334 .114 .068

a. Dependent Variable: PBV

LAMPIRAN LAMPIRAN 1 SAMPEL PERUSAHAAN