Question 14 of 15 Which situation is a (2024)

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#### Solution By Steps***Step 1: Identify the nature of the question***The question asks for a current example of a use case in quantum computing, which involves identifying a scenario where quantum computing technology is applied.***Step 2: Analyze each option***- **Automating payroll processing for a large global company**: This is typically handled by classical computing and does not specifically require quantum computing.- **Maintaining inventory count at a warehouse facility**: This is also a task managed by classical computing systems.- **Storing large data sets to solve for patterns and anomalies**: While this could potentially benefit from quantum computing in the future, current quantum computers are not yet practical for this scale of data processing.- **Simulating molecular interactions in the chemicals industry**: This is a recognized application of quantum computing, as quantum computers can simulate quantum systems more efficiently than classical computers.***Step 3: Select the most appropriate option***Based on the analysis, the most appropriate current use case of quantum computing is simulating molecular interactions in the chemicals industry.#### Final AnswerSimulating molecular interactions in the chemicals industry is a current example of a use case in quantum computing.#### Feedback on the QuestionThe question effectively tests knowledge of practical applications of quantum computing. It provides a clear context and options that require understanding of both classical and quantum computing capabilities. This type of question is useful for assessing comprehension of advanced computing technologies and their real-world applications.

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