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  • Longitudinal data with multiple dependent and independent variables ...

    Dear Statalist,
    I have a question relating to longitudinal data. I have a dataset that comprises repeated observations of firms over time (30 firms, 44 quarterly observations each). The variables are aggregated scores from consumer surveys, key ones being:
    Customer satisfaction: (% satisfied minus % dissatisfied, neutral scored as zero)
    Customer willing to recommend: % saying they will recommend the firm
    Non-customers receiving recommendations: % saying this
    Non-customers favourable impression: % saying they have a positive impression of the firm (positive minus negative %, neutral scored as zero).

    I hypothesise that each one has an influence (i’.e. causes’) the next. In other words:
    Customer satisfaction scores for firms are positively associated with willingness to recommend scores
    Firm's willingness to recommend scores are positively associated with scores among non-customers for getting recommendations
    Firm's scores among non-customers for getting recommendations about them are associated with positive impressions of those firms.

    However, I am not sure what the most appropriate analysis would be. I could run a series of separate regressions, but that seems clunky. I thought some sort of SEM since several of the variables are both dependent and independent. But an SEM with many (44) over-time observations on each entity? I have not seen anything like that before.

    Attached is an excerpt of the data in excel which may help. I would be very grateful for any suggestions/advice !

    John D
    Attached Files

  • #2
    John:
    you may want to consider -pca- to reduce your dependent variables.
    In addition, please note that nobody I know on this list will ever download a spreadsheet due to te risk of active contents.
    I would recommend you to use -dataex-, instead. Thanks.
    Kind regards,
    Carlo
    (StataNow 18.5)

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