Cronbach's Alpha Reliability Coefficient Table of Scales After Removing Junk Variables



If the sig value (β i ) is less than 0.05 => reject Ho. Thus, the i-th independent variable has an impact on the dependent variable. And the coefficient β i is greater or less than 0 will determine whether the independent variable has a positive or negative impact on the dependent variable.

- ANOVA and T-Test analysis

ANOVA and T-Test analysis to test the difference between groups of demographic factors (age, occupation, income, frequency, gender, marriage) according to factor i (where i is respectively tangible media, advertising, attitude, motivation, economy, subjective standards, intention to choose homestay as accommodation). With hypothesis H 0 : There is no difference between groups of demographic factors in factor i. With a significance level of 5%, any Sig value < 0.05 then conclude that there is a difference between groups of that demographic factor according to factor i.

The difference between ANOVA and T-Test is that with ANOVA the demographic factor has 3 or more groups, while T-Test has 2 groups.

CHAPTER 3 SUMMARY

After having the proposed model from the theoretical foundations and empirical models, the author conducts qualitative research through interviews with experts and focus group discussions to collect information, re-determine which factors affect the intention to choose homestay, and also considers what to remove, add or adjust in the observations such as changing words, clarifying the meaning of descriptive sentences, thereby adjusting the research model and related hypotheses to suit the Vietnamese market. Then the author completes the survey questionnaire and conducts the survey, synthesizes and encodes the data to run analysis in the software, the results will be presented in chapter 4.



CHAPTER 4: ANALYSIS OF RESEARCH RESULTS

4.1. Sample statistics

The author statistically describes demographic factors of gender, age, income, occupation, marriage, frequency to generalize and describe the research data as well as the surveyed subjects.

4.1.1. Gender

Table 4.1: Sample statistics by gender



Frequency (people)

Ratio (%)

Male

187

57.7

Female

137

42.3

Total

324

100

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Source: Author analyzed and synthesized survey results (2018)



Figure 4.1: Sample statistics by gender

Source: Author analyzed and synthesized survey results (2018)

Based on the survey results in Table 4.1, we see that the proportion of men is higher than that of women, but overall this difference is not too much. Of the 324 survey subjects, 137 were women and 187 were men, with women accounting for 42.3% and men accounting for 57.7%.

4.1.2. Age



Table 4.2: Sample statistics by age



Frequency (people)

Ratio (%)

18 to 22 years old

70

21.6

From 23 to 30 years old

226

69.8

31 to 40 years old

28

8.6

Total

324

100


Source: Author analyzed and synthesized survey results (2018)



Figure 4.2: Sample statistics by age

Source: Author analyzed and synthesized survey results (2018)

Based on table 4.2, we see a clear age distribution, the majority of people surveyed are between the ages of 23 and 30, this is the age group with the highest proportion of 69.8%, specifically 226 people out of a total of 324 people surveyed, followed by the age group of 18 to 22 years old with 21.6% and finally the age group of 31 to 40 years old with 8.6%.

4.1.3. Marriage

Table 4.3: Sample statistics by marriage



Frequency (people)

Ratio (%)

No family

221

68.2

Married

103

31.8

Total

324

100

Source: Author analyzed and synthesized survey results (2018)


Figure 4.3: Sample statistics by marriage

Source: Author analyzed and synthesized survey results (2018) Table 4.3 clearly shows the difference between the two groups of single and married people. The single group has a rate twice as high as the married group, the group

The proportion of single people was 68.2%, and the proportion of married people was 31.8%.

4.1.4. Occupation

Table 4.4: Sample statistics by occupation



Frequency (people)

Ratio (%)

Student

71

21.9

Office staff

182

56.2

Manage

49

15.1

Freelance business

22

6.8

Total

324

100

Source: Author analyzed and synthesized survey results (2018)


Figure 4.4: Sample statistics by occupation

Source: Author analyzed and synthesized survey results (2018)



According to the survey results in Table 4.4, the proportion between occupational groups has a significant difference. Specifically, the office worker group out of a total of 324 people surveyed has 182 people, accounting for the highest proportion with 56.2%, followed by the student occupational group with 71 people out of 324 people accounting for 21.9%, the management group with 49 people out of 324 people accounting for 15.1% and finally the self-employed group with 6.8%.

4.1.5. Income

Table 4.5: Sample statistics by income



Frequency (people)

Ratio (%)

Under 5 million

44

13.6

From 5 million - <10 million

141

43.5

From 10 million - <15 million

75

23.1

From 15 million - <20 million

41

12.7

From 20 million and up

23

7.1

Total

324

100

Source: Author analyzed and synthesized survey results (2018)


Figure 4.5: Sample statistics by income

Source: Author analyzed and synthesized survey results (2018). Survey results are shown in Table 4.5. The income of the surveyed group is mainly concentrated in the group from 5 to under 10 million, with 141 people out of a total of 324 people, accounting for 43.5%, followed by the group from 10 to under 15 million with 75.



The proportion of people is 23.1%, the groups under 5 million, from 15 to under 20 million and from 20 million and above are 44 people, 41 people, 23 people out of a total of 324 people, with proportions of 13.6%, 12.7% and 7.1% respectively.

4.1.6. Frequency

Table 4.6: Sample statistics by frequency



Frequency (people)

Ratio (%)

Seldom

43

13.3

Sometimes

133

41

Frequent

111

34.3

Always

37

11.4

Total

324

100

Source: Author analyzed and synthesized survey results (2018)




Figure 4.6: Sample statistics by frequency

Source: Author analyzed and synthesized survey results (2018) According to the survey results shown in Figure 4.6, the surveyed subjects occasionally chose homestay as a place to stay when traveling with 133 people out of a total of 324 people, accounting for 41%, the subjects who often chose homestay accounted for 34.3%, followed by the group of subjects who rarely chose homestay with 13.3% and the lowest

especially the group of people who always choose homestay with 11.4%.



4.2. Assessment of scale reliability

To evaluate the reliability of the scale, we remove the garbage variables and perform Cronbach's Alpha test for the scales of the independent variables and dependent variables in turn. After testing, the final result must satisfy the Cronbach's Alpha coefficient > 0.6, at the same time the measured variables must have a total adjusted correlation coefficient > 0.3, and when removing any variable, the Cronbach's Alpha coefficient will not increase, as well as there will be no duplication of variables, then the scale will achieve reliability and the observed variables are good measurement variables.

Table 4.7. Cronbach's Alpha reliability coefficient table of the scales after removing garbage variables



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Scale

Variable-total-difference correlation coefficient

adjust

Cronbach's Alpha coefficient type

variable

INDEPENDENT VARIABLE

I. ATTITUDE

Cronbach's Alpha = 0.828

TD1

You think it would be fun to choose a homestay

0.604

0.807

TD3

You think it will be relaxing if you choose homestay

0.645

0.788

TD4

Do you think it would be beneficial to choose a homestay?

0.699

0.763

TD5

You feel that staying at a homestay is also very safe.

0.674

0.775

II. SUBJECTIVE STANDARDS

Cronbach's Alpha coefficient = 0.790

CQ2

People important to you think you should choose a homestay

0.657

0.688

CQ3

People whose opinions you value agree with your choice of homestay.

0.627

0.723

CQ4

You see most people around you have stayed at a homestay.

0.615

0.734

III. MOTIVATION

Cronbach's Alpha = 0.786


DL1

Choosing a homestay will give you the experience

a different way of life (eating and living with local people)


0.515


0.771


DL2

Choosing a homestay will help you understand the culture at the tourist destination.

0.646

0.712

DL4

Choosing a homestay will help you visit many unique beautiful scenes.

0.511

0.773

DL5

Choosing a homestay will allow you to enjoy local specialties.

0.735

0.664

IV. TANGIBLE MEANS

Cronbach's Alpha = 0.841

HH1

Full facilities and equipment, convenient

0.654

0.806

HH2

The rooms in the homestay are clean.

0.591

0.822


HH3

Convenient transportation (easy to travel, available)

rent means of transport such as bicycles, motorbikes)


0.659


0.806


HH4

The homeowner always keeps everything neat and tidy in the common living spaces between the owners.

home and visitors


0.622


0.815

HH5

Beautiful natural landscape environment

0.703

0.792

V. ECONOMIC CALCULATION

Cronbach's Alpha = 0.787

KT1

Accommodation at reasonable prices

0.657

0.707

KT2

Price matches quality of service

0.537

0.763

KT4

Perceived value is higher than cost

0.601

0.731

KT5

Homestay is cheaper than hotel

0.590

0.736

VI. ADVERTISING

Cronbach's Alpha = 0.862

QC1

You often see homestay advertisements on social networks.

0.631

0.86

QC2

You often see homestay introductions on electronic newspapers.

0.775

0.798

QC3

You often see homestay reviews on travel forums.

0.760

0.807

QC4

You see homestay on reputable online booking websites

0.688

0.833

DEPENDENT VARIABLE

INTENTION OF CHOOSING HOMESTAY AS A PLACE TO STAY

Cronbach's Alpha = 0.818

YD1

You will choose homestay as your accommodation when traveling

0.677

0.743

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