Phân Tích Nhân Tố Khẳng Định

Component Transformation Matrix

Comp onent


1


2


3


4


5


6

1

.551

.521

.329

.287

.417

.245

2

-.345

-.259

.107

.754

-.102

.472

3

-.500

.329

.746

-.086

-.135

-.246

4

.265

-.320

.407

-.461

-.304

.597

5

.492

-.393

.307

.340

-.321

-.539

6

-.121

-.545

.254

-.110

.776

-.101

Extraction Method: Principal Component Analysis.

Rotation Method: Varimax with Kaiser Normalization.

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KMO and Bartlett's Test

Kaiser-Meyer-Olkin Measure of Sampling Adequacy.

.698

240.115

Bartlett's Test of Sphericity Approx. Chi-Square


df

15

Sig.

.000



Extraction Method: Principal Component Analysis.

Communalities


Initial

Extraction

STT1

1.000

.680

STT2

1.000

.669

STT3

1.000

.609

STT4

1.000

.623

STT5

1.000

.458

STT6

1.000

.728


Total Variance Explained


Component


Initial Eigenvalues

Extraction Sums of Squared Loadings

Rotation Sums of Squared Loadings




Total

% of Variance

Cumulative

%


Total

% of Variance

Cumulative

%


Total

% of Variance

Cumulative

%

1

2.746

45.773

45.773

2.746

45.773

45.773

1.917

31.942

31.942

2

1.022

17.029

62.802

1.022

17.029

62.802

1.852

30.860

62.802

3

.809

13.481

76.283







4

.601

10.016

86.299







5

.502

8.369

94.668







6

.320

5.332

100.000







Extraction Method: Principal Component

Analysis.


a. Rotation converged in 3

iterations.

Rotated Component Matrixa


Comp

onent

1

2

STT1

.821


STT2

.790


STT3

.707


STT6


.850

STT4


.745

STT5


.643

Extraction Method: Principal Component Analysis.

Rotation Method: Varimax with

Kaiser Normalization.

Phụ lục 3: Phân tích nhân tố khẳng định


Number of variables in your model: 67 Number of observed variables: 29

Number of unobserved variables: 38

Number of exogenous variables: 38

Number of endogenous variables: 29

Weights Covariances Variances Means Intercepts Total Fixed 38 0 0 0 0 38

Labeled 0 0 0 0 0 0

Unlabeled 20 36 38 0 29 123

Total 58 36 38 0 29 161

Number of distinct sample moments: 464

Number of distinct parameters to be estimated: 123

Degrees of freedom (464 - 123): 341



Estimate

S.E.

C.R.

P

Label

UT2

<---

UT

1.000




UT3

<---

UT

1.003

.100

9.983

***

UT4

<---

UT

1.109

.105

10.563

***

CB5

<---

SCB

1.000




CB4

<---

SCB

.910

.067

13.610

***

CB3

<---

SCB

.920

.068

13.520

***

CB2

<---

SCB

.930

.076

12.312

***

CB1

<---

SCB

.932

.068

13.682

***

SH3

<---

SH

1.000




SH2

<---

SH

1.355

.163

8.339

***

SH1

<---

SH

1.128

.135

8.360

***

QH2

<---

QH

1.000




QH3

<---

QH

.818

.060

13.679

***

QH4

<---

QH

.872

.061

14.389

***

NT1

<---

AH

1.000




NT2

<---

AH

.885

.062

14.176

***

NT3

<---

AH

.914

.059

15.544

***

CP1

<---

CP

1.000




CP2

<---

CP

.885

.202

4.382

***

CP3

<---

CP

.811

.095

8.497

***

UT1

<---

UT

1.004

.103

9.762

***

QH1

<---

qqh

1.000




QH5

<---

qqh

.762

.109

6.986

***

TT6

<---

TDTT

1.000




TT5

<---

TDTT

.969

.061

15.767

***

TT4

<---

TDTT

1.002

.057

17.507

***

TT3

<---

HVTD

1.000




TT2

<---

HVTD

.829

.088

9.464

***

TT1

<---

HVTD

.884

.093

9.465

***



Estimate

UT2

<---

UT

.779

UT3

<---

UT

.772

UT4

<---

UT

.817

CB5

<---

SCB

.850

CB4

<---

SCB

.845

CB3

<---

SCB

.841

CB2

<---

SCB

.793

CB1

<---

SCB

.847

SH3

<---

SH

.625

SH2

<---

SH

.936

SH1

<---

SH

.804

QH2

<---

QH

.929

QH3

<---

QH

.816

QH4

<---

QH

.844

NT1

<---

AH

.941

NT2

<---

AH

.814

NT3

<---

AH

.858

CP1

<---

CP

.941

CP2

<---

CP

.358

CP3

<---

CP

.748

UT1

<---

UT

.756

QH1

<---

qqh

.945

QH5

<---

qqh

.746

TT6

<---

TDTT

.896

TT5

<---

TDTT

.867

TT4

<---

TDTT

.923

TT3

<---

HVTD

.816

TT2

<---

HVTD

.757

TT1

<---

HVTD

.757



Estimate

S.E.

C.R.

P

Label

UT2

3.845

.064

60.329

***

UT3

3.905

.064

60.602

***

UT4

3.815

.067

56.648

***

CB5

3.077

.082

37.396

***

CB4

3.298

.075

43.788

***

CB3

3.190

.076

41.742

***

CB2

3.083

.082

37.583

***

CB1

3.173

.077

41.246

***

SH3

2.810

.100

28.128

***

SH2

3.018

.090

33.408

***

SH1

3.042

.087

34.770

***

QH2

3.256

.088

37.108

***

QH3

3.226

.082

39.474

***

QH4

3.435

.084

40.752

***

NT1

3.649

.077

47.114

***

NT2

3.506

.079

44.266

***

NT3

3.702

.078

47.687

***

CP1

3.167

.088

35.815

***

CP2

3.107

.206

15.086

***

CP3

2.946

.090

32.647

***

UT1

3.792

.066

57.568

***

QH1

3.060

.082

37.435

***

QH5

2.946

.079

37.358

***

TT6

3.911

.075

52.168

***

TT5

3.845

.075

51.244

***

TT4

3.756

.073

51.540

***

TT3

3.310

.077

42.781

***

TT2

3.488

.069

50.476

***

TT1

3.214

.074

43.628

***



Estimate

S.E.

C.R.

P

Label

UT

<-->

SCB

.148

.053

2.808

.005

UT

<-->

CP

-.165

.063

-2.626

.009

UT

<-->

SH

-.131

.049

-2.675

.007

UT

<-->

AH

.040

.052

.759

.448

UT

<-->

QH

.068

.059

1.143

.253

UT

<-->

qqh

.186

.059

3.153

.002

SCB

<-->

CP

-.293

.087

-3.377

***

SCB

<-->

SH

-.125

.064

-1.946

.052

SCB

<-->

AH

.071

.072

.990

.322

SCB

<-->

QH

.071

.080

.881

.378

SCB

<-->

qqh

.091

.077

1.182

.237

SH

<-->

CP

-.200

.079

-2.531

.011

AH

<-->

CP

.117

.086

1.353

.176

QH

<-->

CP

-.264

.099

-2.668

.008

CP

<-->

qqh

-.360

.096

-3.734

***

SH

<-->

AH

-.132

.067

-1.981

.048

SH

<-->

QH

-.078

.073

-1.065

.287

SH

<-->

qqh

-.060

.069

-.861

.389

QH

<-->

AH

.182

.085

2.145

.032

AH

<-->

qqh

.196

.081

2.421

.015

QH

<-->

qqh

.407

.096

4.259

***

HVTD

<-->

TDTT

.262

.068

3.857

***

HVTD

<-->

UT

.244

.055

4.421

***

HVTD

<-->

SCB

.118

.067

1.771

.077

HVTD

<-->

CP

-.208

.081

-2.562

.010

HVTD

<-->

SH

-.069

.060

-1.157

.247

HVTD

<-->

AH

.262

.073

3.614

***

HVTD

<-->

QH

.293

.082

3.593

***

HVTD

<-->

qqh

.253

.077

3.300

***

UT

<-->

TDTT

.071

.049

1.454

.146

SCB

<-->

TDTT

.169

.068

2.507

.012

CP

<-->

TDTT

-.079

.079

-.992

.321

SH

<-->

TDTT

-.050

.059

-.836

.403

AH

<-->

TDTT

.328

.074

4.434

***

QH

<-->

TDTT

.044

.077

.570

.569

qqh

<-->

TDTT

.120

.074

1.628

.104




Estimate

UT

<-->

SCB

.256

UT

<-->

CP

-.239

UT

<-->

SH

-.254

UT

<-->

AH

.066

UT

<-->

QH

.100

UT

<-->

qqh

.291

SCB

<-->

CP

-.301

SCB

<-->

SH

-.171

SCB

<-->

AH

.083

SCB

<-->

QH

.074

SCB

<-->

qqh

.101

SH

<-->

CP

-.230

AH

<-->

CP

.115

QH

<-->

CP

-.233

CP

<-->

qqh

-.336

SH

<-->

AH

-.174

SH

<-->

QH

-.092

SH

<-->

qqh

-.074

QH

<-->

AH

.183

AH

<-->

qqh

.209

QH

<-->

qqh

.387

HVTD

<-->

TDTT

.370

HVTD

<-->

UT

.466

HVTD

<-->

SCB

.160

HVTD

<-->

CP

-.237

HVTD

<-->

SH

-.105

HVTD

<-->

AH

.341

HVTD

<-->

QH

.341

HVTD

<-->

qqh

.311

UT

<-->

TDTT

.127

SCB

<-->

TDTT

.216

CP

<-->

TDTT

-.084

SH

<-->

TDTT

-.071

AH

<-->

TDTT

.402

QH

<-->

TDTT

.048

qqh

<-->

TDTT

.139

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