Advantages Of Descriptive Statistic Analysis

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Descriptive statistic is a statistic analysis to describe the characteristic of the respondents (Pallant, 2013). This study employs descriptive statistical analysis which gives value of mean, median and standard deviation of the respondents based on several indicators, such as sex/gender, educational level, position at work and income of the respondents. By using these indicators, the researcher describes the profile of the respondents. Hence, it can give some valuable information about the respondents. Furthermore, the descriptive statistic is not enough to answer the research questions and it should be followed by other analysis tools such as exploratory factor analysis (EFA), confirmatory factor analysis (CFA) and structural equation modelling
Both of these methods have advantages and disadvantages (Becker et al., 2012; Hair, Ringle, & Sarstedt, 2012). Accordingly, this study uses CB-SEM as the analysis tool. The IBM AMOS 22 is the programme’s software to analyse the model. There are some advantages of using CB_SEM, such as it can confirm or reject a theory and or to analyse the model fit (Hair et al., 2013). In addition, The CB_SEM has some assumptions that should be met, including multivariate normality, remove outlier, missing data and sample adequacy (Hair et al., 2010). According to Kline (2011), the number of samples for SEM should be 200 cases or more. Hence, this study tests all the assumptions before run the analysis. In addition, according to Hair et al. (2010), in conducting the CB-SEM, this study follows some stages, including develop a theoretical based model, construct a path diagram, convert the path diagram, choose the input matrix type, assess the identification of the model and modify the model into the final one. Moreover, in assessing the identification of the model, this study has to concern about the goodness of fit of the model. Thus, the goodness of fit criteria will discuss below (Hair et al.,
Hence, when it finished, this study creates the structural model. Fifth, developing structural model is a stage which converts the measurement model into the structural model. There are two ways to draw the structural model, including draw full model with all measurement items and parcel items or composite items (Byrne, 2010). This study uses the parcel’s items method to create the structural model. Last but not least, the structural model validity assessment uses the same criteria with the measurement model validity assessment. Further, this assessment will continue with the hypotheses testing and see the regression weight of the construct’s relationships. However, when the structural model is not fit, there are some ways to improve the model such as using the modification indices and standardised residuals of variance which should be less than 2.58 (Byrne,

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