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MTLV5




.809





MTLV6

.737





TNPL2


.897




TNPL3


.879




TNPL4


.789




TNPL1


.769




TNPL5


.753




KTCN4



.872



KTCN2



.836



KTCN1



.759



KTCN3



.689



KTCN5



.652



THVH3




.856


THVH2




.825


THVH4




.818


THVH1




.584

.348

TGKH2





.808

TGKH1





.777

TGKH3





.723

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

a. Rotation converged in 6 iterations.

KMO and Bartlett's Test


Kaiser-Meyer-Olkin Measure of Sampling

Adequacy.

.762

Bartlett's Test of

Sphericity

Approx. Chi-Square

4986.18

5


df

903



Sig.

.000


Total Variance Explained



Co

mpo nent


Initial Eigenvalues

Extraction Sums of

Squared Loadings

Rotation Sums of Squared

Loadings


Total

% of

Varianc e


Cumulat ive %


Total

% of

Varianc e


Cumulat ive %


Total

% of

Varianc e


Cumulati ve %

1

7.869

18.299

18.299

7.869

18.299

18.299

5.037

11.713

11.713

2

5.434

12.637

30.936

5.434

12.637

30.936

4.805

11.175

22.889

3

4.577

10.645

41.581

4.577

10.645

41.581

4.651

10.817

33.706

4

4.033

9.379

50.960

4.033

9.379

50.960

4.376

10.177

43.883

5

3.387

7.876

58.836

3.387

7.876

58.836

3.627

8.434

52.317

6

2.477

5.761

64.597

2.477

5.761

64.597

3.462

8.052

60.369

7

1.750

4.070

68.667

1.750

4.070

68.667

2.482

5.773

66.142

8

1.379

3.206

71.873

1.379

3.206

71.873

2.464

5.731

71.873

9

.958

2.229

74.102







10

.915

2.129

76.231







11

.835

1.942

78.172







12

.784

1.824

79.996







13

.746

1.735

81.732







14

.651

1.513

83.245







15

.642

1.493

84.738







16

.559

1.300

86.038







17

.527

1.225

87.262







18

.515

1.197

88.460







19

.450

1.047

89.507







20

.410

.953

90.460









21

.378

.879

91.339







22

.332

.772

92.111

23

.323

.752

92.863

24

.315

.732

93.595

25

.284

.660

94.254

26

.271

.630

94.884

27

.248

.577

95.461

28

.226

.525

95.987

29

.213

.496

96.483

30

.196

.455

96.937

31

.184

.428

97.366

32

.171

.397

97.763

33

.149

.347

98.110

34

.140

.325

98.435

35

.117

.271

98.706

36

.111

.257

98.963

37

.089

.207

99.170

38

.084

.195

99.364

39

.074

.173

99.537

40

.072

.168

99.706

41

.049

.115

99.821

42

.043

.100

99.921

43

.034

.079

100.000

Extraction Method: Principal Component Analysis.


Rotated Component Matrixa



Component

1

2

3

4

5

6

7

8



CVTV7

.935








CVTV1

.924








CVTV2

.908








CVTV6

.843








CVTV5

.820








CVTV4

.730








CVTV3

.583








DTTT6


.880







DTTT2


.867







DTTT4


.858







DTTT3


.854







DTTT5


.834







DTTT1


.722







LDTT6



.924






LDTT3



.862






LDTT2



.776






LDTT7



.757






LDTT5



.661


.349




LDTT8



.641






LDTT1



.624






LDTT4



.612






MTLV1




.894





MTLV2




.880





MTLV3




.877





MTLV4




.829





MTLV5




.811





MTLV6




.738





TNPL2





.897




TNPL3





.879






TNPL4





.789




TNPL1

.769




TNPL5

.753




KTCN4


.877



KTCN2


.841



KTCN1


.762



KTCN3


.689



KTCN5


.645



THVH4



.846


THVH2



.833


THVH3



.827


TGKH2




.825

TGKH1




.783

TGKH3




.738

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

a. Rotation converged in 6 iterations.



KMO and Bartlett's Test

Kaiser-Meyer-Olkin Measure of Sampling

Adequacy.

.772

Bartlett's Test of

Sphericity

Approx. Chi-Square

244.770

df

15


Sig.

.000


Total Variance Explained


Componen

t


Initial Eigenvalues

Extraction Sums of Squared

Loadings





Total

% of

Variance

Cumulative

%


Total

% of

Variance

Cumulat

ive %

1

2.862

47.705

47.705

2.862

47.705

47.705

2

.894

14.901

62.606

3

.840

14.006

76.613

4

.551

9.188

85.801

5

.500

8.338

94.138

6

.352

5.862

100.000

Extraction Method: Principal Component Analysis.


Variables Entered/Removedb


Mode l

Variables Entered

Variables Removed

Metho d

1

THVH, MTLV, CVTV, LDTT, TNPL, TGKH, KTCN, DTTTa


.


Enter

a. All requested variables entered.

b. Dependent Variable: DLC


Model Summaryb


Mode

R

R

Adjus

Std.

Change Statistics

Durbin-


Mode l

Variables Entered

Variables Removed

Metho d


1

THVH, MTLV, CVTV, LDTT, TNPL, TGKH, KTCN, DTTTa


.


Enter

l


Square

ted R Squar

e

Error of the

Estimate


R Square Change

F

Chang e


df 1


df2


Sig. F Change

Watson

1

.887a

.787

.775

.18213

.787

67.349

8

146

.000

1.890

a. Predictors: (Constant), THVH, MTLV, CVTV, LDTT, TNPL, TGKH, KTCN, DTTT

b. Dependent Variable: DLC

ANOVAb



Model

Sum of Squares


df

Mean Square


F


Sig.

1

Regression

17.873

8

2.234

67.349

.000a


Residual

4.843

146

.033




Total

22.716

154




a. Predictors: (Constant), THVH, MTLV, CVTV, LDTT, TNPL, TGKH, KTCN, DTTT

b. Dependent Variable: DLC


Mode l

Variables Entered

Variables Removed

Metho d

1

THVH, MTLV, CVTV, LDTT, TNPL, TGKH, KTCN, DTTTa


.


Enter

Coefficientsa



Model


Unstandardized Coefficients

Standardi zed Coefficie

nts


t


Sig.


Collinearity Statistics

B

Std. Error

Beta

Tolerance

VIF

1

(Constant)

.855

.142


6.001

.000




LDTT

.082

.021

.155

3.865

.000

.905

1.105


TNPL

.104

.016

.268

6.704

.000

.913

1.095


MTLV

.093

.018

.204

5.163

.000

.934

1.070


DTTT

.049

.021

.110

2.394

.018

.695

1.439


CVTV

.083

.019

.169

4.277

.000

.940

1.064


TGKH

.131

.018

.344

7.368

.000

.669

1.495


KTCN

.103

.021

.225

4.952

.000

.705

1.419


THVH

.134

.019

.310

7.203

.000

.789

1.268

a. Dependent Variable: DLC

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