Page 556 - MARSIUM'21 COMP OF PAPER
P. 556

535                                        Nor Khairena binti Khalid (2022)
              Income per Month   0.123     RM 1000 and   RM 1001 - RM   RM 2001 - RM   RM 3001 - RM   RM 4001 and
                                              below          2000          3000          4000          above

                                              4.37           4.36          4.02           4.70          4.23
              Educational Level   0.720       SPM       Matric/STPM/D     Degree         Master         PHD
                                                            iploma

                                              5.00           4.38          4.32           4.30          4.40
                        Table 4: ANOVA Results for Age, Income per Month and Educational Level with Purchase Intention

                   The results in table 4 of ANOVA One-way analysis shows that there is no significant difference between age, income per month
            and educational level in purchase intention in the sewing garment industry.


            4.5 Scale Measurement

            4.5.1 Normality Test

                   The normality test is a summary of data into Skewness and Kurtosis that determines if a sample or group of data came from a
            standard  normal  distribution.  The  skewness  value  indicates  the  symmetry  of  the  distribution.  Kurtosis,  on  the  other  hand,  provides
            information on the "peakedness" of the distribution. Hair et al. claim that if the skewness value between -2 to 2 and kurtosis values are
            between -3 and 3, the data is suitable for a normal distribution (2016). The normality test findings for all variables are normally distributed,
            according to table 5.

                                                  Mean          Std. Deviation     Skewness          Kurtosis

             Purchase Intention   Statistic       4.332            0.478            -0.260            -0.737
                              Standard Error                                         0.218            0.433

             Brand Awareness   Statistic          3.866            0.693            -0.335            -0.098

                              Standard Error                                         0.218            0.433

             Perceived Price   Statistic          4.293            0.591            -0.630            -0.047

                              Standard Error                                         0.218            0.433
             Advertisement    Statistic           4.385            0.503            -0.514            -0.131

                              Standard Error                                         0.218            0.433

             Store Image      Statistic           3.744            0.743            -0.269            -0.060

                              Standard Error                                         0.218            0.433

                                                     Table 5: Normality Test

            4.6 Pearson Correlation Analysis

                   Pearson  Correlation  Analysis  is  used  to determine  the  course  of  the  relationship between  the  independent  variables  and  the
            continuous, dependent variable, which was most likely influenced by it. According to Hair et al. (2010), all of the variables' correlation
            coefficients should be less than 0.9, indicating that there is no multicollinearity concern. Positive correlation numbers imply that a variable
            has a positive association with other variables, and negative correlation values suggest the opposite. As a result, if one variable rises, the
            other will rise as well. Furthermore, the coefficient size is used to specify the outcomes, which range from 0 to 0.2 (Very Weak), 0.21 to
            0.40 (Weak), 0.41 to 0.70 (Moderate), 0.71 to 0.90 (High), and 0.91 to 1.00 (Very High).

                                                 Brand Awareness   Perceived Price   Advertisement   Store Image
             Construct







                                                                                                               535
   551   552   553   554   555   556   557   558   559   560   561