In this project, you will implement a program (in c language) to compare the performance of the following sorting algorithms (insertion sort, merge sort, radix sort, and shell sort). . Your program should generate random arrays of data and compare|| their results as follows: 1. The user shall be given the following options to generate the randomly filled arrays with elements that are: a. Reversed Order b. Random c. sorted 2. Then the program should generate arrays with the following sizes be sorted (based on the strategy selected in the previous step): a. 1,000 b. 10,000 c. 100,000 d. 1,000,000 3. Select one (or more) sorting algorithm to sort the arrays with. 4. Generate a report into a file) containing the run-time of the selected sorting algorithms on the specified arrays (with their sizes and initial element strategy). Once the user has selected these options, your program should run the sorting algorithms on the specified arrays with their specified sizes and initial state. Your program should compute the actual time (in In this project, you will implement a program (in c language) to compare the performance of the following sorting algorithms (insertion sort, merge sort, radix sort, and shell sort). . Your program should generate random arrays of data and compare|| their results as follows: 1. The user shall be given the following options to generate the randomly filled arrays with elements that are: a. Reversed Order b. Random c. sorted 2. Then the program should generate arrays with the following sizes be sorted (based on the strategy selected in the previous step): a. 1,000 b. 10,000 c. 100,000 d. 1,000,000 3. Select one (or more) sorting algorithm to sort the arrays with. 4. Generate a report into a file) containing the run-time of the selected sorting algorithms on the specified arrays (with their sizes and initial element strategy). Once the user has selected these options, your program should run the sorting algorithms on the specified arrays with their specified sizes and initial state. Your program should compute the actual time (in Also answer these questions: 1. What is the best sort algorithm (and why?) for the following scenarios: a. When n size is small and the initial state of the elements is 1. Reversed Order 2. Random 3. sorted b. c. When n size is large and the initial state of the elements is i. Sorted ii. Random iii. Reverse order