CBAP · Question #507
While reviewing the data feeds on a project the business analyst (BA) realizes there is a feed that contains complex relationships. In order to help understand the data and accurately reflect a set…
The correct answer is B. Matrix. A matrix format maps relationships between items in a grid, making it the ideal modeling tool for surfacing complex data feed relationships and supporting requirement prioritization.
Question
While reviewing the data feeds on a project the business analyst (BA) realizes there is a feed that contains complex relationships. In order to help understand the data and accurately reflect a set of requirements the BA decides to prioritize the requirements. What modeling format could the BA use?
Options
- AUser interface
- BMatrix
- CData model
- DData dictionary
How the community answered
(21 responses)- A14% (3)
- B76% (16)
- C5% (1)
- D5% (1)
Why each option
A matrix format maps relationships between items in a grid, making it the ideal modeling tool for surfacing complex data feed relationships and supporting requirement prioritization.
A user interface model depicts screen layouts and user interaction flows, which has no relevance to understanding complex data relationships or ranking requirements.
A matrix is a modeling format that represents relationships between two or more sets of items in rows and columns, allowing the BA to see how requirements interact, overlap, or conflict across a complex data landscape. When data feeds contain intricate relationships, a matrix enables the BA to evaluate and rank requirements against defined criteria such as business value, dependency, or risk. This dual capability - visualizing complexity and enabling prioritization - makes it the most appropriate choice in this scenario.
A data model represents the structure, attributes, and relationships of data entities within a system but is not designed as a tool for prioritizing requirements.
A data dictionary defines and describes individual data elements and their attributes for documentation purposes but does not support requirement prioritization.
Concept tested: Matrix modeling for requirements prioritization
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