adplus-dvertising
frame-decoration

Question

Linear search is highly inefficient compared to binary search when dealing with:

a.

Small, unsorted arrays

b.

Small, sorted arrays

c.

Large, unsorted arrays

d.

Large, sorted arrays

Answer: (d).Large, sorted arrays

Engage with the Community - Add Your Comment

Confused About the Answer? Ask for Details Here.

Know the Explanation? Add it Here.

Q. Linear search is highly inefficient compared to binary search when dealing with:

Similar Questions

Discover Related MCQs

Q. A sorted file contains 16 items. Using binary search, the maximum number of comparisons to search for an item in this file is ...........

Q. The average number of key comparisons done in successful sequential search in a list of length n is ..............

Q. The sorting technique where array to be sorted is partitioned again and again in such a way that all elements less than or equal to partitioning element appear before it and those which are greater appear after it, is called ..............

Q. The search technique for searching a sorted file that requires increased amount of space is ................

Q. For merging two sorted lists of sizes m and n into a sorted list of size m + n, we require comparisons of

Q. Which of the following algorithm design technique is used in the quick sort algorithm?

Q. The average search time of hashing, with linear probing will be less if the load factor

Q. Heap allocation is required for languages

Q. A character of the data that binary search uses but the linear search ignores, is

Q. Which of the following is useful in implementing quick sort?

Q. A________search begins the search with the element that is located in the middle of the array.

Q. The time complexity of linear search algorithm over an array of n elements is

Q. Which of the following algorithms exhibits the unnatural behavior that, minimum number of comparisons are needed if the list to be sorted is in the reverse sorted order and maximum number of comparisons are needed if they are already in sorted order?

Q. Which of the following sorting algorithm has the worst time complexity of n log(n)?

Q. Which of the following sorting methods sorts a given set of items that is already in sorted order or in reverse sorted order with equal speed?

Q. The average time required to perform a successful sequential search for an element in an array A(1 : n) is given by

Q. Which of the following is false ?

Q. A search begins the search with the element that is located in the middle of the array

Q. To sort many large object or structures, it would be most efficient to

Q. Average successful search time for sequential search on 'n' items is