An internal auditor is using data analytics to focus on high-risk areas during an engagement. The auditor has obtained data and is working to eliminate redundancies in the data. Which of the following statements is true regarding this scenario?
An internal auditor is using data analytics to focus on high-risk areas during an engagement. The auditor has obtained data and is working to eliminate redundancies in the data. Which of the following statements is true regarding this scenario?
The auditor is cleaning the data in preparation for determining which processes may be involved. Cleaning the data typically involves tasks like eliminating redundancies, correcting errors, and ensuring consistency, which sets the stage for identifying relevant processes and focusing on high-risk areas during the analysis.
I guess the answer is C not A because the purpose is to focus on high-risk area ans so on the process related to high-risk will be identified Eliminating redundancies is a cleaning operation
The correct answer is A. The auditor is normalizing data in preparation for analyzing it. Normalizing data involves organizing and structuring it to remove any redundancies and inconsistencies, which improves the efficiency and accuracy of the analysis. In this scenario, the auditor is using data analytics to focus on high-risk areas during an engagement. By normalizing the data, the auditor can ensure that it is in a standardized format, making it easier to compare, identify patterns, and draw meaningful insights during the analysis process. For example, if the data includes duplicate records or inconsistent spellings of the same information, normalizing it would involve removing the duplicates and standardizing the format. This allows the auditor to accurately analyze the data and make informed decisions based on the results.
Why C is not correct ?
Because the statement in the question doesn't specify such purpose, I guess.
It's C!
Data analytics setp :Define the problem>>Identify data sources>>Filter and organize data.... So the involved process may be determined at the first step.