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Phân Tích Nhân Tố Cho Biến Phụ Thuộc Gắn Bó Tình Cảm 32633


PHỤ LỤC 5: PHÂN TÍCH NHÂN TỐ KHÁM PHÁ


1. Phân tích nhân tố chung cho các biến độc lập


KMO and Bartlett's Test

Kaiser-Meyer-Olkin Measure of Sampling Adequacy.

.878

Bartlett's Test of Sphericity Approx. Chi-Square

6040.118

df

465

Sig.

.000

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Communalities


Initial

Extraction

CV1

1.000

.598

CV2

1.000

.662

CV3

1.000

.502

CV4

1.000

.633

DT5

1.000

.641

DT6

1.000

.780

DT7

1.000

.853

DT8

1.000

.727

DT9

1.000

.762

DT10

1.000

.854

TN11

1.000

.693

TN12

1.000

.720

TN13

1.000

.700

TN14

1.000

.626

CT15

1.000

.628

CT16

1.000

.685

CT17

1.000

.661

CT18

1.000

.655

CT19

1.000

.566

CT20

1.000

.567

Total Variance Explained Compon ent Initial Eigenvalues Extraction Sums of Squared Loadings 1


Total Variance Explained


Compon ent

Initial

Eigenvalues

Extraction Sums of Squared Loadings

Rotation Sums of Square

d Loadings

Total

% of Variance

Cumulative %

Total

% of Variance

Cumulative %

Total

% of Variance

Cumulative %

1

11.052

35.652

35.652

11.052

35.652

35.652

4.484

14.466

14.466

2

2.532

8.169

43.821

2.532

8.169

43.821

3.546

11.440

25.906

3

2.109

6.804

50.625

2.109

6.804

50.625

3.109

10.029

35.935

4

1.681

5.423

56.048

1.681

5.423

56.048

2.829

9.125

45.059

5

1.448

4.672

60.720

1.448

4.672

60.720

2.740

8.840

53.899

6

1.322

4.265

64.985

1.322

4.265

64.985

2.368

7.638

61.537

7

1.254

4.047

69.031

1.254

4.047

69.031

2.323

7.495

69.031

8

.966

3.117

72.149







9

.846

2.728

74.877







10

.722

2.329

77.206







11

.652

2.103

79.309







12

.625

2.015

81.324







13

.522

1.685

83.009







14

.491

1.583

84.593







15

.457

1.475

86.067







16

.442

1.427

87.494







17

.427

1.377

88.872







18

.402

1.298

90.169







19

.394

1.271

91.440








20

.352

1.135

92.575







21

.338

1.091

93.666

22

.320

1.033

94.699

23

.296

.955

95.654

24

.282

.910

96.564

25

.254

.820

97.384

26

.234

.754

98.139

27

.211

.679

98.818

28

.191

.617

99.435

29

.152

.490

99.925

30

.020

.064

99.989

31

.003

.011

100.000

Extraction Method: Principal Component Analysis.


Component Matrixa


Component

1

2

3

4

5

6

7

CV1

.576

-.144

-.156

-.044

.316

.192

.285

CV2

.546

-.179

.027

.003

.380

.303

.308

CV3

.480

-.085

-.113

.070

.339

.188

.312

CV4

.535

-.037

.100

.087

.302

-.005

.487

DT5

.641

-.386

-.253

.086

-.068

-.074

-.022

DT6

.743

-.318

-.207

-.029

-.120

-.259

-.041

DT7

.691

-.399

-.427

.063

-.174

-.003

.001

DT8

.679

-.403

-.282

-.015

-.108

.049

-.101

DT9

.723

-.319

-.216

-.024

-.109

-.274

-.059

DT10

.693

-.402

-.420

.060

-.179

.005

.010

TN11

.543

.188

.148

-.483

-.312

-.067

.077

TN12

.587

.106

.100

-.450

-.285

.025

.265

TN13

.556

.232

.268

-.355

-.233

-.018

.292

TN14

.544

.033

.149

-.472

-.255

.091

.108

CT15

.633

-.101

.296

-.113

.196

-.084

-.268

CT16

.706

-.016

.146

-.142

.230

.039

-.301

CT17

.707

-.053

.215

-.072

.134

.127

-.270

CT18

.623

-.102

.393

-.051

.294

.021

-.112

CT19

.601

-.057

.349

-.086

.223

-.094

-.116

CT20

.536

-.053

.182

-.185

.251

-.214

-.317

DN21

.565

.039

.288

.433

-.217

.197

-.021

DN22

.546

.238

.268

.369

-.300

.147

.064

DN23

.632

-.005

.291

.325

-.261

.296

-.027

DN24

.586

-.069

.239

.334

-.235

.306

-.177

TH25

.451

.574

-.423

-.028

.091

.190

-.112

TH26

.523

.506

-.441

-.047

.083

.192

-.043

TH27

.528

.533

-.345

.008

.050

.175

-.129

TH28

.537

.537

-.269

-.072

.040

-.007

-.235

PL29

.503

.319

-.051

.257

.087

-.459

.060

PL30

.588

.330

.086

.279

.002

-.416

.133

.564

.271

.090

.302

-.001

-.430

.225

PL31

Extraction Method: Principal Component Analysis.

a. 7 components extracted.


Rotated Component Matrixa


Component

1

2

3

4

5

6

7

CV1

.319

.183

.183

.046

.117

.642

.033

CV2

.191

.248

.079

.155

.091

.724

-.030

CV3

.209

.122

.158

.085

.026

.636

.084

CV4

.118

.145

-.004

.116

.172

.667

.333

DT5

.724

.192

.052

.152

.056

.196

.113

DT6

.751

.288

.064

.083

.211

.104

.257

DT7

.864

.074

.154

.161

.102

.197

.049

DT8

.764

.232

.120

.173

.119

.175

-.039

DT9

.748

.291

.063

.066

.187

.088

.259

DT10

.862

.071

.148

.168

.111

.203

.044

TN11

.150

.226

.179

.078

.754

-.036

.108

TN12

.208

.124

.139

.105

.773

.163

.086

TN13

.022

.164

.109

.181

.746

.167

.211

TN14

.199

.230

.111

.122

.704

.095

-.049

CT15

.205

.705

.050

.173

.165

.113

.125

CT16

.246

.687

.256

.172

.162

.167

.050

CT17

.242

.635

.195

.315

.180

.170

.009

CT18

.094

.677

-.011

.240

.152

.305

.121

CT19

.115

.635

.001

.174

.197

.207

.196

CT20

.197

.689

.101

-.024

.121

.028

.163

DN21

.153

.173

.063

.748

.068

.122

.204

DN22

.056

.069

.163

.713

.203

.074

.299

DN23

.203

.206

.081

.771

.175

.149

.090

DN24

.252

.259

.093

.741

.066

.067

.005

TH25

.073

.038

.851

.066

.092

.115

.108

TH26

.154

.033

.821

.069

.142

.189

.115

TH27

.111

.097

.800

.155

.119

.106

.142

.110

.229

.749

.071

.165

-.036

.229

PL29

.149

.176

.269

.077

.024

.059

.713

PL30

.121

.186

.213

.225

.138

.096

.747

PL31

.136

.129

.134

.215

.138

.151

.765

TH28

Extraction Method: Principal Component Analysis. Rotation Method: Varimax with Kaiser Normalization.

a. Rotation converged in 7 iterations.


Component Transformation Matrix

Compo nent


1


2


3


4


5


6


7

1

.507

.456

.320

.357

.344

.321

.288

2

-.590

-.111

.683

.056

.177

-.148

.340

3

-.538

.449

-.534

.397

.241

-.028

.083

4

.040

-.226

-.053

.575

-.680

.055

.385

5

-.261

.457

.109

-.413

-.459

.573

.035

6

-.159

-.123

.256

.453

-.003

.348

-.754

7

-.097

-.550

-.254

-.073

.345

.650

.278

Extraction Method: Principal Component Analysis. Rotation Method: Varimax with Kaiser Normalization.

2. Phân tích nhân tố cho biến phụ thuộc Gắn bó tình cảm


KMO and Bartlett's Test

Kaiser-Meyer-Olkin Measure of Sampling Adequacy.

.870

Bartlett's Test of Sphericity Approx. Chi-Square

1029.763

df

15

Sig.

.000


Communalities


Initial

Extraction

GBTC32

1.000

.705

GBTC33

1.000

.802

GBTC34

1.000

.629

GBTC35

1.000

.821

GBTC36

1.000

.676

GBTC37

1.000

.438

Extraction Method: Principal Component Analysis.



Total Variance Explained

Compo nent

Initial

Eigenvalues

Extraction Sums of Squared Loadings

Total

% of Variance

Cumulative %

Total

% of Variance

Cumulative %

1

4.070

67.840

67.840

4.070

67.840

67.840

2

.706

11.774

79.615




3

.439

7.319

86.934




4

.400

6.661

93.595




5

.256

4.268

97.862




6

.128

2.138

100.000




Extraction Method: Principal Component Analysis.


Component Matrixa


Component

1

GBTC32

.840

GBTC33

.895

GBTC34

.793

GBTC35

.906

GBTC36

.822

GBTC37

.662

Extraction Method: Principal Component Analysis.

a. 1 components extracted.


3. Phân tích nhân tố cho biến phụ thuộc Gắn bó duy trì


KMO and Bartlett's Test


Kaiser-Meyer-Olkin Measure of Sampling Adequacy.

.863

Bartlett's Test of Sphericity Approx. Chi-Square

1134.542

df

10

Sig.

.000


Communalities


Initial

Extraction

GBDT38

1.000

.813

GBDT39

1.000

.818

GBDT40

1.000

.891

GBDT41

1.000

.812

GBDT42

1.000

.559

Extraction Method: Principal Component Analysis.



Total Variance Explained

Compo nent

Initial

Eigenvalues

Extraction Sums of Squared Loadings

Total

% of Variance

Cumulative %

Total

% of Variance

Cumulative %

1

3.893

77.862

77.862

3.893

77.862

77.862

2

.533

10.653

88.515




3

.265

5.301

93.816




4

.217

4.343

98.159




5

.092

1.841

100.000




Extraction Method: Principal Component Analysis.

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Ngày đăng: 09/08/2022