InstructionsNOTE: For this practical you may not use the standard array notation to access elements within the array, such as array[i]. You must make use of pointers.Write a C/C++ program that prompts the user to enter N integer values and stores it in an array. Sort the elements of the array in ascending order. You may use any sorting algorithm. | "H:_CMPG121 2018\Praktiese\Practical 6\Memo\Deel 3\bin\Debug\Deel 3.exe"How many elements should be stored in the array?Enter value for element at index 0:Enter value for element at index 1:Enter value for element at index 2:Enter value for element at index 3:Enter value for element at index 4:Enter value for element at index 5:Enter value for element at index 6:Enter value for element at index 7:Enter value for element at index 8:Enter value for element at index 9:Sorted array:Process returned e (0xe)Press any key to continue.106568642589451022353210 22 25 32 35 45 64 65 68 89execution time : 29.266 s

The Selection Sort Algorithm sorts an array by repeatedly picking up the minimum element from the…

Answered: NOTE: For this practical you may not…

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Instructions

NOTE: For this practical you may not use the standard array notation to access elements within the array, such as array[i]. You must make use of pointers.

Write a C/C++ program that prompts the user to enter N integer values and stores it in an array. Sort the elements of the array in ascending order. You may use any sorting algorithm.

| "H:_CMPG121 2018\Praktiese\Practical 6\Memo\Deel 3\bin\Debug\Deel 3.exe"
How many elements should be stored in the array?
Enter value for element at index 0:
Enter value for element at index 1:
Enter value for element at index 2:
Enter value for element at index 3:
Enter value for element at index 4:
Enter value for element at index 5:
Enter value for element at index 6:
Enter value for element at index 7:
Enter value for element at index 8:
Enter value for element at index 9:
Sorted array:
Process returned e (0xe)
Press any key to continue.
10
65
68
64
25
89
45
10
22
35
32
10 22 25 32 35 45 64 65 68 89
execution time : 29.266 s

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