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Certification in Business Data Analytics Questions 46–50 (page: 11)

Updated On: 10-Feb-2026

While sourcing data, an analyst runs into a situation where different business units are using different names to refer to the same data element. This lack of standardization is resulting in confusion and additional time required to properly prepare data for analysis.
Which practice, if implemented would address this situation and mature the organization's business analytics practice?

  1. Data quality management
  2. Database operations management
  3. Data warehousing
  4. Meta data management

Answer(s): D

Explanation:

Meta data management is the practice that, if implemented, would address the situation and mature the organization's business analytics practice, because it is a technique that involves defining, documenting, and maintaining the information about the data elements, such as their names, definitions, formats, sources, and relationships. Meta data management can help the analyst resolve the inconsistencies and ambiguities in the data element names, and ensure that the data is standardized, consistent, and understandable across different business units. Meta data management can also help the analyst improve the data quality, accessibility, and usability for the analysis.


Reference:

- Business Analysis Certification in Data Analytics, CBDA | IIBA®, CBDA Competencies, Domain
2: Source Data
- Guide to Business Data Analytics - Iiba - Google Books, page 14

- Business Data Analytics (IIBA®-CBDA Exam preparation) | Udemy, Section 2: Source Data, Lecture 8: Meta Data Management



A dataset contains 10 measures of workplace sustainability. The analytics team is in need of producing a single score of sustainability.
Which of the following techniques if used would achieve this objective?

  1. Logistic regression
  2. Linkage algorithms
  3. Factor analysis
  4. K means clustering

Answer(s): C

Explanation:

Factor analysis is the technique that, if used, would achieve the objective of producing a single score of sustainability, because it is a technique that reduces the dimensionality of a data set by identifying the underlying factors or latent variables that explain the variation and correlation among the observed variables. Factor analysis can help the analytics team combine the 10 measures of workplace sustainability into a smaller number of factors, and then derive a composite score of sustainability based on the factor loadings and weights. Factor analysis can also help the analytics team simplify and interpret the data, and identify the key drivers of sustainability.


Reference:

- Business Analysis Certification in Data Analytics, CBDA | IIBA®, CBDA Competencies, Domain
3: Analyze Data
- Understanding the Guide to Business Data Analytics, page 17 - Business Data Analytics (IIBA®-CBDA Exam preparation) | Udemy, Section 3: Analyze Data, Lecture 15: Factor Analysis



An analyst is looking at a particular dataset that includes the scores across all 8th grade students, across three schools. The analyst is trying to determine which type of statistics average to use to best represent the results. On looking through the dataset, the analyst has identified a few extreme outliers. As a result, the analyst was led to use the following type of average:

  1. Median
  2. Range
  3. Mean
  4. Mode

Answer(s): A

Explanation:

The median is the type of statistics average that the analyst should use to best represent the results, because it is a measure of central tendency that divides the data set into two equal halves. The median is the middle value of the data set when it is arranged in ascending or descending order. The median is not affected by extreme outliers, unlike the mean, which is the arithmetic average of the data set. The median can give a more accurate representation of the typical score of the 8th grade students across the three schools. Options B, C, and D are not types of statistics average, but types of statistics measures that describe other aspects of the data set. The range is a measure of dispersion that shows the difference between the highest and the lowest values of the data set. The mean is a measure of central tendency that shows the sum of the values of the data set divided by the number of values. The mode is a measure of central tendency that shows the most frequent value of the data set.


Reference:

- Business Analysis Certification in Data Analytics, CBDA | IIBA®, CBDA Competencies, Domain
3: Analyze Data
- Understanding the Guide to Business Data Analytics, page 17 - Business Data Analytics (IIBA®-CBDA Exam preparation) | Udemy, Section 3: Analyze Data, Lecture 13: Descriptive Statistics



A software company launched a new product in late 2016. The product manager is reviewing a Box and Whisker plot used to compare year-over-year sales, from 2017 to 2018.
What is the conclusion he can make from this chart?

  1. 2017 minimum and maximum sales are higher than 2018, and the 2017 median result is higher than the 2018 median result
  2. 2017 minimum and maximum sales are higher than 2018, but the 2017 median result is lower than 2018 1st quartile result
  3. 2018 minimum and maximum sales are higher than 2017, and the 2018 quartile results are higher than 2017 quartile results
  4. 2018 minimum and maximum sales are higher than 2017, and the 2018 1st quartile is higher than 2017 median result

Answer(s): D



The interplay between enterprise systems and data analytics can be envisioned at various layers. The layer that connects the business processes to data analytics is the:

  1. information layer
  2. physical layer
  3. technical layer
  4. infrastructure layer

Answer(s): A

Explanation:

The information layer is the layer that connects the business processes to data analytics. It consists of the data models, data quality, data governance, and data security that enable the data to be accessed, analyzed, and transformed into insights. The information layer also supports the communication and collaboration among the stakeholders involved in the data analytics process. The other layers are the physical layer, which deals with the hardware and software components of the data infrastructure; the technical layer, which handles the data integration, data storage, data processing, and data analysis techniques; and the infrastructure layer, which provides the network, cloud, and security services for the data environment12


Reference:

1: Data and Analytics (D&A) - Gartner 2: Enterprise Data Analytics - SelectHub



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