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## Introsort Multiple choice Questions and Answers (MCQs)

Question 1 |

Which of the following sorting algorithm is used by C++ internally?

quicksort | |

introsort | |

merge sort | |

heap sort |

**Reading comprehension Questions answers**

Question 1 Explanation:

Introsort is the in built sorting algorithm used by C++. It is an example of a hybrid sorting algorithm which means it uses more than one sorting algorithm as a routine.

Question 2 |

Which of the following sorting algorithm is not a constituent of introsort?

selection sort | |

quicksort | |

insertion sort | |

heap sort |

**EVS Questions answers**

Question 2 Explanation:

Introsort is a hybrid sorting algorithm which means it uses more than one sorting algorithm as a routine. It may use quick sort or heap sort or insertion sort depending on the given situation.

Question 3 |

Introsort begins sorting the given array by using which of the following sorting algorithm?

selection sort | |

quick sort | |

insertion sort | |

heap sort |

**UPSC Questions answers**

Question 3 Explanation:

Introsort begins sorting any given array by using quick sort. Then it may switch to heap sort or insertion sort or may stick to quick sort depending upon the size of the partition.

Question 4 |

Which of the following sorting algorithm is NOT stable?

Introsort | |

Brick sort | |

Bubble sort | |

Merge sort |

**Microbiology Questions answers**

Question 4 Explanation:

Out of the given options introsort is the only algorithm which is not stable. As it may use quick sort in some case to perform sorting which is itself not stable. Thus stability of introsort is not guaranteed.

Question 5 |

Which of the following sorting algorithm is in-place?

intro sort | |

merge sort | |

counting sort | |

radix sort |

**Sociology Questions answers**

Question 5 Explanation:

Introsort may use quick sort or heap sort or insertion sort internally in order to sort the given input. All of the three algorithms are in place, thus making introsort to be an in-place sorting algorithm.

There are 5 questions to complete.