The document provides an overview of the quick sort algorithm through diagrams and explanations. It begins by introducing quick sort and stating that it is one of the fastest sorting algorithms because it runs in O(n log n) time and uses less memory than other algorithms like merge sort. It then provides step-by-step examples to demonstrate how quick sort works by picking a pivot element, partitioning the array around the pivot, and recursively sorting the subarrays. The summary concludes by restating that quick sort is an efficient sorting algorithm due to its speed and memory usage.
2. What is Quick Sort ??
Ranking manner Quick Sort is the most widely used of all the
other sorting algorithms because they are faster and consume
less memory.
It is superior to (bubble sort) and (insertion sort) and (selection
sort) speed and distinct from (merge sort) speed and available
memory in spite of the latter outweigh the three counterparts,
but he also quickly consumes more memory.
3. What is Quick Sort ??
Division here is to divide the list into two smaller and larger
where there is a so-called (pivot) and it is determined
smaller or larger is not required to be a number of
elements in both sections of equal or arranged in
ascending or descending order, but what is important in
the partitioning phase is to make the smallest of the axis
division in the department and the largest in the last
section.
4. What is Quick Sort ??
This algorithm is the order of the array at a rate of ( n*log n),
where n is the step number of the elements of the array ..
Meaning:
If we have a array of the element 128, this will Khurazem
Petrtaha in step 896 ..
And this number is very appropriate when compared to
other ranking algorithms
For example, in Bubble sort algorithm will need to step 16384
in any way ..
5. What is Quick Sort ??
p
numbers less
than p
numbers greater than or
equal to p
p