Subject:

QUANTITATIVE METHODS FOR BUSINESS RESEARCH

QUESTION 3

Reliability analysis is a measurement of the overall consistency of the items that are used to define a scale. In other words, it points to the extent to which a scale, given that it is repeated multiple times, generates consistent results. The following are some of the output from SPSS.

QUESTION 3 Reliability analysis is a measurement of the overall consistency of the items that are used to define a scale. In other words, it points to the extent to which a scale, given that it is repeated multiple times, generates consistent results. The following are some of the output from SPSS. Table 5 Variable Dimension of KMO Cronbach's N Value Alpha Items 0.722 0.882 0.848 0.685 0.815 11 0.864 0.864 0.813 0.874 Internationalisation Knowledge Trust Commitment Overall Innovation Overall Balanced Internal Scorecard Business Process Innovation and Growth Financial Customer Overall Country Policy Overall 0.827 0.885 0.744 0.781 0.739 0.739 6 Required: a) Explain the need for this analysis. State the necessary assumption and the procedure to analyse this measures. (Minimum 400 words). b) Interpret the table (each and every numbers). (Minimum 750 words). QUESTION 3 Reliability analysis is a measurement of the overall consistency of the items that are used to define a scale. In other words, it points to the extent to which a scale, given that it is repeated multiple times, generates consistent results. The following are some of the output from SPSS. Table 5 Variable Dimension of KMO Cronbach's N Value Alpha Items 0.722 0.882 0.848 0.685 0.815 11 0.864 0.864 0.813 0.874 Internationalisation Knowledge Trust Commitment Overall Innovation Overall Balanced Internal Scorecard Business Process Innovation and Growth Financial Customer Overall Country Policy Overall 0.827 0.885 0.744 0.781 0.739 0.739 6 Required: a) Explain the need for this analysis. State the necessary assumption and the procedure to analyse this measures. (Minimum 400 words). b) Interpret the table (each and every numbers). (Minimum 750 words)