Page 830 - MARSIUM'21 COMP OF PAPER
P. 830

831                                       JieQi & Mazilah (2021)

                                           Table 3.1 Summary of Purposed Statistical Method

              Type of Analysis        Purposive of Analysis                        Rule of Thumb
              Descriptive Analysis    In  the   descriptive   analysis,   frequency,   mean,   modal
                                      percentage, and variance are often analysed and converted
                                      to numerical form.
              Normality Analysis      Used to determine whether an information set conforms to a  Skewness  and  kurtosis  =  +2  to  -2
                                      standard distribution  and  to  calculate  the  probability  that  (Garson, 2012)
                                      a chance variable under the info set conforms to
                                      traditional distribution.
              Reliability Analysis    Ensure  that  the  questionnaire  used  includes  reliable  and   More than 0.7 (Hair, 2010)
                                      reliable variables and scales.
              Univariate Analysis     Measure the range  and  variation of the  dispersion of  the   Mahala Nobis D Square Test
                                      collected data to avoid outliers for  every answer within   Z score between +4 to -4 (Hair,2010)
                                      the project questionnaire.
              Multivariate Analysis   Predictors that  determine  whether  variables  are  highly   Mahala Nobis D Square Test
                                      correlated.                                  Z score between +4 to -4 (Hair,2010)
              Multicollinearity Analysis   It is a numerical phenomenon of high  correlation or   Tolerance more than 0.2; VIF below
                                      uncorrelation  between  two  independent  variables  in a   than 10 (Garson, 2012; Pallant, 2015)
                                      multiple correlation model.
              Multiple Regression Analysis   A  statistical  tool wants  to study the  link between  two  or   p<0.1, **p<0.05, **p<0.001
                                      more variables.

            ■  4.0 DATA ANALYSIS PLAN
            The researcher checks the reliability and validity of the questionnaire through a pilot test. The pilot test was carried out before distributing
            the real questionnaire. 30 respondents had been chosen to fill up the questionnaire. Cronbach Alpha was calculated. As the scores were more
            between 0.7 to 0.832, the variables were considered reliable and consistent.
            The results and analysis of 124 responses were collected for the study. This study discusses demography, normal test, preliminary test,
            multicollinearity analysis, and multiple regression analysis.
            4.1 Profile of Respondents

            Background information on respondents included gender, race, age, and income level. This study consists of 52 females (42%) and 72 males
            (58%). The race consists of 41 Malay (33%), 61 Chinese (49%), and 22 India (18%). The age has 50 people 10-20 years old (40%), 19 people
            21-30 years old (15%), 33 people 31-40 years old (27%), 17 people 41-50 years old (14%) and 5 people are 51 year old and above (4%). The
            income level has 71 people are below RM4850 (57%), 48 people had RM4851 until RM10970 (39%) and 5 has above RM10971 (4%).
            4.2 Preliminary Testing: Compliance with Regression Assumptions
            In  order  to  satisfy  the  assumptions  of  multiple  regression  analysis,  preliminary  tests  are  performed.  These  assumptions  are  normally
            distributed data without extreme values (contours) and multicollinearity problems (Steve, 2017).
            4.2.1 Normality Test

            Garson (2012) believes skewness and kurtosis must be between 2 and -2. Table 4.1 gives the skewness and kurtosis results. The acceptable
            range for all variables is 2 and -2. Since then, the data in this study are normally distributed.
            Table 4.1: Results of Skewness and Kurtosis

                                                  Table 4.1: Skewness and Kurtosis

                                 Variables        Items         N      Skewness    Kurtosis
                                                  p1            124    0.192       -0.941
                                 Price
                                                  p2            124    -0.01       -1.154







                                                                                                               831
   825   826   827   828   829   830   831   832   833   834   835