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Questions and Answers
What is a notable comparison between Quick Set and other sorting algorithms?
What is a notable comparison between Quick Set and other sorting algorithms?
- Quick Set has the worst time complexity among all sorting algorithms
- Quick Set is the fastest sorting algorithm in all scenarios
- Quick Set has the smallest memory footprint compared to all other sorting algorithms
- Quick Set has a better average-case performance than many other sorting algorithms (correct)
Can Quick Set be used for large datasets?
Can Quick Set be used for large datasets?
- Yes, Quick Set is suitable for large datasets due to its efficient average-case performance (correct)
- No, Quick Set is only suitable for small datasets
- Yes, Quick Set is suitable for large datasets as it has the lowest time complexity
- No, Quick Set is inefficient for large datasets due to its high memory usage
What is a limitation or drawback of using Quick Set?
What is a limitation or drawback of using Quick Set?
- Quick Set is not stable, meaning it may change the relative order of equal elements (correct)
- Quick Set always requires more memory than other sorting algorithms
- Quick Set can only sort integers and cannot handle other data types
- Quick Set has a fixed time complexity, making it unsuitable for dynamic datasets
