08_3_20110316_hasil_spss_bbsap_8c_1

8/6/2019 08_3_20110316_Hasil_SPSS_BbSAP_8c_1

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Lampiran 2. Keluaran SPSS

Hasil Uji Validitas

Correlations

.482**

.000

101

.590**

.000

101

.619**

.000

101

.645**

.000

101

.578**

.000

101

.579**

.000

101

.626**

.000

101

.553**

.000

101

.568**

.000101

.662**

.000

101

.456**

.000

101

.521**

.000

101

.496**

.000

101

.588**

.000

101

.573**

.000

101

Pearson Correlation

Sig. (2-tailed)

N

Pearson Correlation

Sig. (2-tailed)

N

Pearson Correlation

Sig. (2-tailed)

N

Pearson Correlation

Sig. (2-tailed)

N

Pearson Correlation

Sig. (2-tailed)

N

Pearson Correlation

Sig. (2-tailed)

N

Pearson Correlation

Sig. (2-tailed)

N

Pearson Correlation

Sig. (2-tailed)

N

Pearson Correlation

Sig. (2-tailed)N

Pearson Correlation

Sig. (2-tailed)

N

Pearson Correlation

Sig. (2-tailed)

N

Pearson Correlation

Sig. (2-tailed)

N

Pearson Correlation

Sig. (2-tailed)

N

Pearson Correlation

Sig. (2-tailed)

N

Pearson Correlation

Sig. (2-tailed)

N

x111_pbb

x112_mes

x113_gud

x114_dis

x115_trn

x121_fin

x122_dev

x123_pro

x124_lab

x211_sel

x212_man

x213_bud

x221_reg

x222_eko

x223_mar

Total

Correlation is significant at the 0.01 level**.


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Hasil Uji Relibilitas

Reliability

Scale: ALL VARIABLES

Case Processing Summary

101 100.0

0 .0

101 100.0

Valid

Excludeda

Total

CasesN %

Listwise deletion based on allvariables in the procedure.

a.

Reliability Statistics

.848 15

Cronbach's

Alpha N of Items

Item Statistics

4.12 .765 101

3.92 .924 101

3.55 .964 101

4.11 .760 101

4.19 .784 101

4.11 .811 101

4.50 .658 101

4.23 .859 101

4.16 .821 101

4.04 .811 101

3.77 .823 101

3.93 .791 1013.80 .837 101

4.59 .619 101

4.00 .787 101

x111_pbb

x112_mes

x113_gud

x114_dis

x115_trn

x121_fin

x122_dev

x123_pro

x124_lab

x211_sel

x212_man

x213_budx221_reg

x222_eko

x223_mar

Mean Std. Deviation N


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Item-Total Statistics

56.90 42.210 .389 .844

57.10 40.070 .490 .838

57.47 39.431 .520 .837

56.91 40.542 .572 .834

56.83 41.081 .494 .838

56.91 40.902 .491 .838

56.52 41.472 .561 .836

56.79 40.906 .457 .840

56.86 40.961 .478 .839

56.98 39.980 .587 .833

57.25 42.208 .353 .846

57.09 41.662 .428 .842

57.22 41.692 .395 .844

56.43 42.067 .524 .838

57.02 41.120 .487 .838

x111_pbb

x112_mes

x113_gud

x114_dis

x115_trn

x121_fin

x122_dev

x123_pro

x124_lab

x211_sel

x212_man

x213_bud

x221_reg

x222_eko

x223_mar

Scale Mean ifItem Deleted

Scale

Variance ifItem Deleted

Corrected

Item-TotalCorrelation

Cronbach's

Alpha if ItemDeleted

Scale Statistics

61.02 46.660 6.831 15

Mean Variance Std. Deviation N of Items


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Hasil Analisis Faktor Exploratory Sebelum Rotasi

Factor Analysis

Descriptive Statistics

4.12 .765 101

3.92 .924 101

3.55 .964 101

4.11 .760 101

4.19 .784 101

4.11 .811 101

4.50 .658 101

4.23 .859 101

4.16 .821 101

4.04 .811 101

3.77 .823 101

3.93 .791 101

3.80 .837 101

4.59 .619 101

4.00 .787 101

x111_pbb

x112_mes

x113_gud

x114_dis

x115_trn

x121_fin

x122_dev

x123_pro

x124_lab

x211_sel

x212_man

x213_bud

x221_reg

x222_eko

x223_mar

Mean Std. Deviation Analysis N

Correlation Matrixa

Determinant = .006a.

KMO and Bartlett's Test

.743

485.627

105

.000

Kaiser-Meyer-Olkin Measure of Sampling

Adequacy.

Approx. Chi-Square

df

Sig.

Bartlett's Test of

Sphericity


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Communalities

1.000 .627

1.000 .593

1.000 .642

1.000 .651

1.000 .627

1.000 .597

1.000 .552

1.000 .732

1.000 .687

1.000 .589

1.000 .803

1.000 .6601.000 .687

1.000 .674

1.000 .637

x111_pbb

x112_mes

x113_gud

x114_dis

x115_trn

x121_fin

x122_dev

x123_pro

x124_lab

x211_sel

x212_man

x213_budx221_reg

x222_eko

x223_mar

Initial Extraction

Extraction Method: Principal Component Analysis.

Total Variance Explained

4.922 32.815 32.815 4.922 32.815 32.815

1.457 9.716 42.531 1.457 9.716 42.531

1.255 8.368 50.900 1.255 8.368 50.900

1.104 7.362 58.262 1.104 7.362 58.262

1.019 6.792 65.054 1.019 6.792 65.054

.923 6.155 71.209

.785 5.235 76.444

.703 4.685 81.129

.623 4.156 85.285

.566 3.775 89.060

.459 3.058 92.118

.367 2.449 94.567

.333 2.223 96.790

.282 1.882 98.672

.199 1.328 100.000

Component1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

Total % of Variance Cumulative % Total % of Variance Cumulative %

Initial Eigenvalues Extraction Sums of Squared Loadings



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Component Matrixa

.465 .065 -.153 .526 .326

.574 .103 -.502 -.006 .028

.604 .228 .220 .355 .226

.650 .369 .183 -.137 .200

.583 .046 -.060 -.164 .504

.579 .176 .342 .302 -.149

.654 -.211 -.259 .076 -.089

.549 -.179 -.424 .343 -.319

.569 -.437 -.132 -.292 .264

.670 .142 -.212 -.127 -.243

.440 .564 -.173 -.508 -.052

.514 .322 .427 .069 -.324

.489 -.601 .289 -.026 .044

.620 -.251 .066 -.178 -.436

.576 -.295 .410 -.211 .073

x111_pbb

x112_mes

x113_gud

x114_dis

x115_trn

x121_fin

x122_dev

x123_pro

x124_lab

x211_sel

x212_man

x213_budx221_reg

x222_eko

x223_mar

1 2 3 4 5

Component


5 components extracted.a.


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Factor Analysis Rotasi Varimax


4.922 32.815 32.815 2.222 14.810 14.810

1.457 9.716 42.531 2.219 14.794 29.605

1.255 8.368 50.900 1.930 12.866 42.471

1.104 7.362 58.262 1.825 12.164 54.635

1.019 6.792 65.054 1.563 10.419 65.054

Component1

2

3

4

5


Extraction Sums of Squared Loadings Rotation Sums of Squared Loadings


Rotated Component Matrixa

.296 .025 .115 -.034 .724

.595 .056 -.051 .397 .274

.103 .141 .477 .135 .605

.029 .221 .410 .561 .344

.069 .407 -.033 .469 .485

.182 .140 .681 .037 .282

.611 .337 .104 .122 .199

.822 .064 .132 -.085 .168

.285 .700 -.181 .239 .161

.548 .154 .283 .429 .032

.148 -.062 .175 .861 -.069

.094 .076 .778 .199 .017

.159 .771 .164 -.188 .073

.494 .466 .376 .124 -.237

.014 .714 .329 .126 .060

x111_pbb

x112_mes

x113_gud

x114_dis

x115_trn

x121_fin

x122_dev

x123_pro

x124_lab

x211_sel

x212_man

x213_bud

x221_reg

x222_eko

x223_mar

1 2 3 4 5

Component


Rotation Method: Varimax with Kaiser Normalization.

Rotation converged in 8 iterations.a.


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Factor Analysis Rotasi Quartimax


4.922 32.815 32.815 2.468 16.456 16.456

1.457 9.716 42.531 2.226 14.839 31.295

1.255 8.368 50.900 2.023 13.484 44.779

1.104 7.362 58.262 1.682 11.211 55.990

1.019 6.792 65.054 1.360 9.064 65.054

Component1

2

3

4

5





.825

.636

.636

.581

.766

.716

.702

.780

.697

.846

.546

.696

.519 .557

x123_pro

x122_dev

x112_mes

x211_sel

x222_eko

x221_reg

x223_mar

x124_lab

x213_bud

x121_fin

x212_man

x114_dis

x111_pbb

x113_gud

x115_trn

1 2 3 4 5

Component


Rotation Method: Quartimax with Kaiser Normalization.



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.336 .038 .160 -.051 .696

.636 .057 -.032 .360 .236

.153 .157 .519 .119 .557

.094 .239 .445 .546 .298

.136 .426 .009 .461 .463

.209 .144 .697 .008 .219

.636 .331 .110 .075 .145

.825 .049 .129 -.142 .112

.320 .702 -.170 .212 .133

.581 .150 .286 .383 -.029

.201 -.053 .187 .846 -.100

.116 .078 .780 .173 -.047

.167 .766 .160 -.215 .033

.499 .450 .353 .072 -.304

.042 .716 .333 .105 .014

x111_pbb

x112_mes

x113_gud

x114_dis

x115_trn

x121_fin

x122_dev

x123_pro

x124_lab

x211_sel

x212_man

x213_budx221_reg

x222_eko

x223_mar

1 2 3 4 5

Component


Rotation Method: Quartimax with Kaiser Normalization.



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Factor Analysis Rotasi Equamax


4.922 32.815 32.815 2.166 14.437 14.437

1.457 9.716 42.531 2.099 13.993 28.430

1.255 8.368 50.900 1.904 12.693 41.122

1.104 7.362 58.262 1.900 12.669 53.791

1.019 6.792 65.054 1.689 11.263 65.054

Component1

2

3

4

5





.771

.707

.695

.817

.598

.571

.528

.867

.565

.776

.674

.737

.626

x221_reg

x223_mar

x124_lab

x123_pro

x122_dev

x112_mes

x211_sel

x222_eko

x212_man

x114_dis

x213_bud

x121_fin

x111_pbb

x113_gud

x115_trn

1 2 3 4 5

Component


Rotation Method: Equamax with Kaiser Normalization.



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Lampiran 3. Keluaran Analisis SWOT


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Lampiran 4. Spesifikasi Biodiesel

Sumber: www.bsn.or.id, diakses pada tanggal 22 Februari 2011(PPPTMOB Lemigas Jakarta).


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Emisi Kendaraan dengan bahan bakar Biodiesel B-20 dan B-100dibandingkan dengan minyak Solar murni

Sumber: USEPA, www.bsn.or.id, diakses pada tanggal 22 Februari 2011(PPPTMOB Lemigas Jakarta).


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Sumber: www.biodieselgear.com diakses pada tanggal 22 Februari 2011.


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Uji kelayakan pada mesin mobil Toyota KijangBalai Termodinamika Motor dan Propulsi BPPT, Serpong Banten

No. Uraian B 10 Premium Pertamax

1. Kinerja Mesin[newton]

1.856,1 1.393,8 1.804

2. Konsumsi [liter/jam] 30,39 31,03 27,38

Sumber:www.alpensteel.com, diakses pada tanggal 22 Februari 2011.

08_3_20110316_hasil_spss_bbsap_8c_1

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