Sorting Algorithms

Description

Part of our Alx Training. This repository aim to address the following

Basic Exercises to help us understand sorting algorithm
An understanding of time Complexity Analysis with effect to algorithms and how its calculated.
Best, worst and Average Cases of of Algorithmic complexity using the Big-O notation.

Name		Name	Last commit message	Last commit date
Latest commit History 2 Commits
0-O		0-O
0-bubble_sort.c		0-bubble_sort.c
1-O		1-O
1-insertion_sort_list.c		1-insertion_sort_list.c
100-shell_sort.c		100-shell_sort.c
1000-sort_deck.c		1000-sort_deck.c
101-O		101-O
101-cocktail_sort_list.c		101-cocktail_sort_list.c
102-O		102-O
102-counting_sort.c		102-counting_sort.c
103-O		103-O
103-merge_sort.c		103-merge_sort.c
104-O		104-O
104-heap_sort.c		104-heap_sort.c
105-radix_sort.c		105-radix_sort.c
106-O		106-O
106-bitonic_sort.c		106-bitonic_sort.c
107-O		107-O
107-quick_sort_hoare.c		107-quick_sort_hoare.c
2-O		2-O
2-selection_sort.c		2-selection_sort.c
3-O		3-O
3-quick_sort.c		3-quick_sort.c
README.md		README.md
deck.h		deck.h
sort.h		sort.h