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Run a cluster analysis (without discriminant analysis) on the encoded data [see Flip Data (Segmentation).xls]. Identify the appropriate number of clusters and name each cluster. After running the analysis on MEXL, the data gives you the segmentation variables. This table has up to five clusters.

Cluster 1 - Premier Business School
Cluster 2 - Creme de la creme
Cluster 3 - Finance
Cluster 4 - No work experience, Campus placements
Cluster 5 - Have finance background and part of 10% percentile

User Breek
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Final answer:

Cluster analysis is a method used to group similar data points and can be critical for tasks like market segmentation. Interpretation of clusters involves identifying common characteristics within each group. Technology aids in identifying clusters when visual analysis isn't enough.

Step-by-step explanation:

Understanding Cluster Analysis

Cluster analysis is a statistical tool used to group data points into clusters based on their similarities. In business, this can be particularly useful for market segmentation, allowing companies to identify different groups within their customer base and tailor their strategies accordingly. The problem at hand involves running a cluster analysis on encoded data to determine the appropriate number of clusters for a set of 'segmentation variables' provided from an analysis tool.

The student is asked to interpret these clusters after an analysis has been run. For example, with the given clusters like 'Premier Business School' or 'Creme de la creme', one would identify common traits within each group that lead to their formation. If the clusters are about educational backgrounds or work experience, these insights can be used for targeting marketing campaigns or developing specialized products or services that appeal to each unique group.

In regards to the example questions:

  1. Dot plots and clustering can look different depending on the dataset and factors influencing it, such as the demographic of a classroom.
  2. Data clustering is often interpreted based on common attributes that group the data points together, potentially revealing underlying patterns or relationships within the data.

Technology such as GIS software offers outputs that reveal clustering of points, aiding decision-makers in areas like crime, disease, or business location analysis. These tools and the use of cluster analysis become crucial when the visual inspection of data isn't sufficient to determine the significance of data clustering.

User Newy
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