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(Solved): C++ need all 5 parts and input files The project consists of 5 parts. Please read the following for ...



C++ need all 5 parts and input files

The project consists of 5 parts. Please read the following for details.
Part 1
Implement the Insertion Sort algorithm in C++.
Requirement
Input of the program: Unsorted list of integers separated by spaces; your program must read
input file containing the numbers to be sorted.
Output of the program: Sorted list of inputted integers separated by spaces in ascending order.
Example
Input: 10 3 92 43 1 20 39 45 98
Output: 1 3 10 20 29 39 45 92 98
Part 2
Implement the Selection Sort algorithm in C++.
Requirement
Input of the program: Unsorted list of integers separated by spaces; your program must read
input file containing the numbers to be sorted.
Output of the program: Sorted list of inputted integers separated by spaces in ascending order.
Please check the input and output examples in Part 1.
Part 3
Implement the Quick Sort algorithm in C++.
Requirement
Input of the program: Unsorted list of integers separated by spaces; your program must read
input file containing the numbers to be sorted.
Output of the program: Sorted list of inputted integers separated by spaces in ascending order.
Pivot: you need to infuse randomness for choosing pivot; you come up with an idea and
explain it as comments in your program.
Please check the input and output examples in Part 1.
Part 4
Implement the Merge Sort algorithm in C++.
Requirement
Input of the program: Unsorted list of integers separated by spaces; your program must read
input file containing the numbers to be sorted.
Output of the program: Sorted list of inputted integers separated by spaces in ascending order.
Pivot: you need to infuse randomness for choosing pivot; you come up with an idea and
explain it as comments in your program.

Please check the input and output examples in Part 1.
Part 5
Measure the actual execution time of 4 algorithms above by using the following six inputs.
Compare the results and DISCUSS about it in terms of time complexity of each algorithm;
you may use graph for comparison. For this Part 5, please submit a separate file in word
document. (*Note: Your program may crash for input 3 due to the lack of memory space in
your computer. In this case, please include the details of this error/crash in your report.)
Input 1: 1 2 3 4 5 .... 100
Input 1’: 100 99 98 97 .... 3 2 1
Input 2: 1 2 3 4 5 .... 1000
Input 2’: 1000 999 998 997 .... 3 2 1
Input 3: 1 2 3 4 5 .... 10000
Input 3’: 10000 9999 9998 9997 .... 3 2 1


 For this project, I will have to submit at least 5 files PLUS INPUT FILES that
you use to run your programs; e.g. insertionshort.cpp, selectionsort.cpp,
quicksort.cpp, mergesort.cpp and report.docx PLUS your own input files.



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the sample implementation of the four sorting algorithms (Insertion Sort, Selection Sort, Quick Sort, and Merge Sort) in C++ based on the requirements you provided. However, since the input files are not specified, I will assume that you want to pass the input as command line arguments.
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