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Phân tích các yếu tố ảnh hưởng đến phát triển du lịch sinh thái tại huyện Phong Điền, thành phố Cần Thơ - 13



GIOI TINH



Frequency


Percent


Valid Percent

Cumulative

Percent

Valid

0

95

53.7

53.7

53.7


1

82

46.3

46.3

100.0


Total

177

100.0

100.0


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Phân tích các yếu tố ảnh hưởng đến phát triển du lịch sinh thái tại huyện Phong Điền, thành phố Cần Thơ - 13



Statistics


TUOI



N

Valid

177


Missing

0

Std. Error of Mean

.044

Std. Deviation

.584

Variance


.341

Range


3

Minimum


1

Maximum


4


TUOI



Frequency


Percent


Valid Percent

Cumulative

Percent

Valid

1

6

3.4

3.4

3.4


2

126

71.2

71.2

74.6


3

38

21.5

21.5

96.0


4

7

4.0

4.0

100.0


Total

177

100.0

100.0




Statistics


TRÌNH ĐỘ HỌC VẤN

N

Valid

177


Missing

0

Std. Error of Mean

.051

Std. Deviation

.678

Variance


.460

Range


4

Minimum


2

Maximum


6

TRÌNH ĐỘ HỌC VẤN



Frequency


Percent


Valid Percent

Cumulative Percent

Valid

2

9

5.1

5.1

5.1


3

43

24.3

24.3

29.4


4

113

63.8

63.8

93.2


5

11

6.2

6.2

99.4


6

1

.6

.6

100.0


Total

177

100.0

100.0




Statistics


NGHỀ NGHIỆP

N

Valid

177


Missing

0

Std. Error of Mean

.083

Std. Deviation

1.105

Variance


1.221

Range


4

Minimum


1

Maximum


5


NGHỀ NGHIỆP



Frequency


Percent


Valid Percent

Cumulative Percent

Valid

1

79

44.6

44.6

44.6


2

58

32.8

32.8

77.4


3

26

14.7

14.7

92.1


4

3

1.7

1.7

93.8


5

11

6.2

6.2

100.0


Total

177

100.0

100.0



2. Phân tích Cronbach’s Alpha


Case Processing Summary


N

%

Cases

Valid

177

100.0


Excludeda

0

.0


Total

177

100.0

a. Listwise deletion based on all variables in the procedure.


Reliability Statistics

Cronbach's Alpha


N of Items

.920

25


Mean

Std. Deviation

N

Q6NL1

3.49

.784

177

Q6NL2

2.79

.839

177

Q6NL3

3.25

.787

177

Q6NL4

2.54

.935

177

Q6HT1

3.30

.750

177

Q6HT2

3.22

.841

177

Q6HT3

3.58

.830

177

Q6HT4

3.27

.841

177

Q6LT1

3.36

.786

177

Q6LT2

3.46

.731

177

Q6LT3

3.43

.751

177

Q6LT4

3.63

.751

177

Q6DV1

3.15

.812

177

Q6DV2

3.85

.708

177

Q6DV3

3.39

.899

177

Q6DV4

3.01

.727

177

Q6GDV1

3.15

.757

177

Q6GDV2

3.12

.792

177

Q6GDV3

3.05

.785

177

Q6GDV4

3.06

.803

177

Q6GDV5

3.52

.747

177

Q6AN1

3.68

.756

177

Q6AN2

3.54

.754

177

Q6AN3

3.32

.873

177

Q6AN4

3.62

.790

177

Item Statistics


Item-Total Statistics



Scale Mean if Item Deleted


Scale Variance if Item Deleted

Corrected Item- Total

Correlation

Cronbach's Alpha if Item

Deleted

Q6NL1

79.25

126.463

.472

.918

Q6NL2

79.95

127.725

.368

.920

Q6NL3

79.49

125.774

.511

.917

Q6NL4

80.20

123.595

.526

.917

Q6HT1

79.44

127.077

.459

.918

Q6HT2

79.52

122.524

.654

.915

Q6HT3

79.16

124.115

.574

.916

Q6HT4

79.47

122.876

.634

.915

Q6LT1

79.38

125.475

.529

.917

Q6LT2

79.28

124.397

.643

.915

Q6LT3

79.31

125.227

.572

.916

Q6LT4

79.11

127.317

.444

.919

Q6DV1

79.59

125.674

.498

.918

Q6DV2

78.89

127.339

.474

.918

Q6DV3

79.35

124.524

.503

.918

Q6DV4

79.73

127.037

.479

.918

Q6GDV1

79.59

126.096

.514

.917

Q6GDV2

79.62

124.964

.554

.917

Q6GDV3

79.69

125.340

.538

.917

Q6GDV4

79.68

125.354

.524

.917

Q6GDV5

79.22

126.241

.513

.917

Q6AN1

79.06

124.604

.606

.916

Q6AN2

79.20

124.307

.627

.916

Q6AN3

79.42

121.621

.676

.914

Q6AN4

79.12

124.553

.580

.916

Scale Statistics

Mean

Variance

Std. Deviation

N of Items

82.74

135.409

11.637

25

3. Phân tích nhân tố khám phá (EFA) Lần 1


KMO and Bartlett's Test

Kaiser-Meyer-Olkin Measure of Sampling Adequacy.

.875

Bartlett's Test of Sphericity

Approx. Chi-Square

2223.171


df

300


Sig.

.000


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

8.715

34.861

34.861

8.715

34.861

34.861

3.668

14.670

14.670

2

2.456

9.823

44.684

2.456

9.823

44.684

3.354

13.415

28.086

3

1.569

6.275

50.959

1.569

6.275

50.959

2.645

10.580

38.665

4

1.384

5.536

56.495

1.384

5.536

56.495

2.420

9.681

48.346

5

1.211

4.843

61.338

1.211

4.843

61.338

2.369

9.475

57.821

6

1.054

4.215

65.553

1.054

4.215

65.553

1.933

7.732

65.553

7

.953

3.814

69.367







8

.769

3.077

72.444







9

.741

2.964

75.409







10

.646

2.585

77.993







11

.619

2.477

80.470







12

.561

2.243

82.713







13

.545

2.179

84.893







14

.508

2.032

86.925







15

.466

1.864

88.789







16

.422

1.686

90.475







17

.399

1.596

92.071







18

.346

1.384

93.455







19

.307

1.229

94.684







20

.291

1.164

95.848







21

.253

1.011

96.859







22

.250

.998

97.857







23

.209

.836

98.693







24

.198

.791

99.484







25

.129

.516

100.000







Extraction Method: Principal Component Analysis.

Rotated Component Matrixa


Component

1

2

3

4

5

6

Q6NL1

.103

.156

.119

.558

.019

.405

Q6NL2

.129

.091

-.039

.833

.019

.009

Q6NL3

.099

.068

.326

.627

.228

.052

Q6NL4

.027

.102

.305

.590

.298

.151

Q6HT1

.194

.366

.137

.457

.054

-.047

Q6HT2

.184

.409

.509

.275

.165

.107

Q6HT3

.128

.732

.289

.197

-.049

.093

Q6HT4

.198

.413

.666

.284

.080

-.104

Q6LT1

.096

.142

.737

.103

.154

.162

Q6LT2

.269

.369

.127

.121

.671

.137

Q6LT3

.111

.185

.164

.184

.815

.129

Q6LT4

.176

.519

-.077

.116

.515

-.126

Q6DV1

.140

-.075

.367

.077

.665

.279

Q6DV2

.244

.220

-.015

.043

.134

.777

Q6DV3

.107

.071

.312

.200

.225

.552

Q6DV4

.866

.121

.147

.003

.018

.022

Q6GDV1

.847

.171

.067

.049

.087

.057

Q6GDV2

.751

.205

-.051

.194

.155

.165

Q6GDV3

.746

-.051

.132

.195

.301

.096

Q6GDV4

.784

.024

.232

.107

.048

.154

Q6GDV5

.046

.704

.016

.154

.253

.142

Q6AN1

.145

.633

.254

.022

.076

.444

Q6AN2

.080

.667

.377

.067

.183

.192

Q6AN3

.231

.274

.616

.167

.193

.274

Q6AN4

.036

.523

.338

.070

.090

.502

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

a. Rotation converged in 23 iterations.


Component Score Coefficient Matrix


Component

1

2

3

4

5

6

Q6NL1

-.035

-.046

-.106

.298

-.124

.260

Q6NL2

-.009

-.018

-.191

.503

-.091

-.023

Q6NL3

-.042

-.107

.081

.297

.028

-.061

Q6NL4

-.078

-.099

.046

.271

.073

.013

Q6HT1

.021

.126

-.054

.214

-.070

-.135

Q6HT2

-.007

.060

.198

.024

-.036

-.086

Q6HT3

-.006

.301

.018

.013

-.167

-.080

Q6HT4

.011

.067

.350

.014

-.088

-.269

Q6LT1

-.031

-.115

.438

-.094

-.025

-.033

Q6LT2

.005

.073

-.102

-.065

.341

-.055

Q6LT3

-.062

-.041

-.058

-.022

.455

-.048

Q6LT4

.005

.246

-.215

-.020

.284

-.228

Q6DV1

-.041

-.218

.146

-.090

.351

.091

Q6DV2

.017

-.013

-.207

-.030

-.039

.552

Q6DV3

-.043

-.139

.062

.028

.018

.341

Q6DV4

.298

-.001

.040

-.087

-.091

-.079

Q6GDV1

.282

.028

-.046

-.057

-.049

-.054

Q6GDV2

.229

.039

-.181

.047

-.014

.042

Q6GDV3

.221

-.134

-.004

.023

.092

-.021

Q6GDV4

.251

-.094

.082

-.030

-.089

.025

Q6GDV5

-.049

.313

-.200

.006

.066

-.022

Q6AN1

-.017

.209

-.028

-.102

-.094

.203

Q6AN2

-.042

.228

.078

-.100

-.012

-.027

Q6AN3

.003

-.051

.288

-.058

-.028

.042

Q6AN4

-.064

.126

.039

-.073

-.086

.256

Lần 2


KMO and Bartlett's Test

Kaiser-Meyer-Olkin Measure of Sampling Adequacy.

.868

Bartlett's Test of Sphericity

Approx. Chi-Square

1928.788


df

231


Sig.

.000


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

7.893

35.875

35.875

7.893

35.875

35.875

3.638

16.537

16.537

2

2.366

10.756

46.632

2.366

10.756

46.632

2.820

12.820

29.358

3

1.490

6.771

53.402

1.490

6.771

53.402

2.682

12.193

41.551

4

1.315

5.979

59.382

1.315

5.979

59.382

2.217

10.076

51.627

5

1.075

4.885

64.267

1.075

4.885

64.267

2.213

10.057

61.684

6

1.034

4.699

68.966

1.034

4.699

68.966

1.602

7.282

68.966

7

.770

3.502

72.468







8

.675

3.070

75.537







9

.632

2.875

78.412







10

.565

2.567

80.980







11

.540

2.454

83.434







12

.511

2.323

85.757







13

.470

2.138

87.894







14

.444

2.018

89.912







15

.406

1.846

91.758







16

.347

1.577

93.335







17

.319

1.449

94.784







18

.304

1.381

96.165







19

.263

1.197

97.363







20

.250

1.138

98.500







21

.199

.904

99.404







22

.131

.596

100.000







Extraction Method: Principal Component Analysis.

Rotated Component Matrixa


Component

1

2

3

4

5

6

Q6NL1

.106

.166

.160

-.012

.562

.428

Q6NL2

.143

.086

-.004

-.004

.819

.023

Q6NL3

.114

.089

.306

.243

.651

-.011

Q6NL4

.043

.157

.270

.311

.635

.068

Q6HT2

.183

.347

.564

.169

.232

.130

Q6HT3

.136

.661

.393

-.103

.181

.091

Q6HT4

.194

.340

.726

.057

.264

-.072

Q6LT1

.078

.113

.747

.171

.076

.217

Q6LT2

.282

.415

.113

.659

.133

.078

Q6LT3

.121

.237

.121

.833

.181

.080

Q6DV1

.140

-.063

.328

.692

.082

.271

Q6DV2

.233

.270

.010

.129

.017

.806

Q6DV3

.087

.060

.347

.225

.147

.654

Q6DV4

.858

.096

.178

.002

-.028

.065

Q6GDV1

.849

.154

.097

.061

.039

.067

Q6GDV2

.760

.218

-.028

.123

.199

.153

Q6GDV3

.756

-.036

.097

.335

.197

.040

Q6GDV4

.786

.033

.214

.081

.101

.115

Q6GDV5

.064

.791

.019

.239

.178

.019

Q6AN1

.159

.719

.238

.119

.048

.289

Q6AN2

.083

.683

.411

.179

.058

.140

Q6AN3

.245

.258

.596

.272

.174

.153

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

a. Rotation converged in 6 iterations.


Component Score Coefficient Matrix


Component

1

2

3

4

5

6

Q6NL1

-.039

-.031

-.073

-.171

.313

.311

Q6NL2

.006

-.013

-.168

-.119

.522

-.025

Q6NL3

-.030

-.085

.052

.038

.334

-.115

Q6NL4

-.068

-.047

.000

.081

.318

-.053

Q6HT2

-.015

.022

.233

-.039

.001

-.036

Q6HT3

-.007

.278

.087

-.212

.010

-.045

Q6HT4

.005

.007

.381

-.115

.014

-.217

Q6LT1

-.052

-.156

.439

-.029

-.112

.058

Q6LT2

.013

.144

-.149

.361

-.055

-.106

Q6LT3

-.055

.027

-.122

.499

-.025

-.096

Q6DV1

-.046

-.206

.106

.382

-.092

.100

Q6DV2

-.004

.046

-.183

-.058

-.060

.633

Q6DV3

-.068

-.151

.097

-.004

-.015

.482

Q6DV4

.293

-.026

.054

-.103

-.100

-.044

Q6GDV1

.283

.019

-.036

-.063

-.053

-.049

Q6GDV2

.235

.065

-.179

-.032

.062

.028

Q6GDV3

.230

-.117

-.044

.131

.036

-.083

Q6GDV4

.251

-.090

.061

-.064

-.024

-.006

Q6GDV5

-.040

.433

-.241

.078

.027

-.119

Q6AN1

-.020

.320

-.068

-.055

-.089

.111

Q6AN2

-.049

.272

.076

-.010

-.107

-.036

Q6AN3

.003

-.047

.267

.033

-.052

-.027

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

4. Phân tích hồi quy


Model Summaryb


Model


R


R

Square


Adjusted R Square


Std. Error of the Estimate

Change Statistics


Durbin- Watson

R Square Change


F Change


df1


df2

Sig. F Change

1

.754a

.569

.554

.527

.569

37.434

6

170

.000

1.926

a. Predictors: (Constant), REGR factor score 6 for analysis 3, REGR factor score 5 for analysis 3, REGR factor score 4 for analysis 3, REGR factor score 3 for analysis 3, REGR factor score 2 for analysis 3, REGR factor score 1 for analysis 3

b. Dependent Variable: Q7


ANOVAa

Model

Sum of Squares

df

Mean Square

F

Sig.

1

Regression

62.418

6

10.403

37.434

.000b


Residual

47.243

170

.278


Total

109.661

176


a. Dependent Variable: Q7

b. Predictors: (Constant), REGR factor score 6 for analysis 3, REGR factor score 5 for analysis 3, REGR factor score 4 for analysis 3, REGR factor score 3 for analysis 3, REGR factor score 2 for analysis 3, REGR factor score 1 for analysis 3


Coefficientsa


Model

Unstandardized Coefficients

Standardized Coefficients


t


Sig.


Correlations

Collinearity Statistics


B


Std. Error


Beta

Zero-

order


Partial


Part


Tolerance


VIF

1

(Constant)

3.339

.040


84.266

.000







REGR factor score 1 for analysis 3

.134

.040

.170

3.385

.001

.170

.251

.170

1.000

1.000


REGR factor score 2 for analysis 3

.178

.040

.225

4.478

.000

.225

.325

.225

1.000

1.000


REGR factor score 3 for analysis 3

.206

.040

.261

5.187

.000

.261

.370

.261

1.000

1.000


REGR factor score 4 for analysis 3

.210

.040

.266

5.280

.000

.266

.375

.266

1.000

1.000


REGR factor score 5 for analysis 3

.454

.040

.576

11.434

.000

.576

.659

.576

1.000

1.000


REGR factor score 6 for analysis 3

.109

.040

.139

2.753

.007

.139

.207

.139

1.000

1.000

a. Dependent Variable: Q7

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