Write in java code  Create an array myArr of 10 integer  elements and initialize/fill it with numbers (not sorted) between 0 and 20; for example myArr = [ 12, 3, 19, 5,  7, 11,….etc.]. (a) print the array. (b) Use method sort() of class Arrays to sort myArr and print it after  sorting. (c) Use the arraycopy() method of class System to copy myArr to another array called my2ndArr,  then print both arrays. (d) use method equals() of class Arrays between the two arrays and print the results.  (e) use method fill() to fill my2ndArr with 99 in all elements and then use method equals()and print the  result whether the two arrays are equal or not. (f) use the method binarySearch() to search myArr for the  value 15 and print the result

Modify the quick sort implementation in the textbook to sort the array using pivot as the median of the first, last, and middle elements of the array. Add the modified quick sort implementation to the arrayListType class provided (arrayListType.h). Ask the user to enter a list of positive integers ending with -999, sort the integers, and display the pivots for each iteration and the sorted array. Main Function #include <iostream>#include "arrayListType.h"using namespace std; int main(){ arrayListType<int> list;int num;cout << "Line 8: Enter numbers ending with -999" << endl;cin >> num; while (num != -999){list.insert(num);cin >> num;} cout << "Line 15: The list before sorting:" << endl;list.print();cout << endl; list.selectionSort();cout << "Line 19: The list after sorting:" << endl;list.print();cout << endl; return 0;}   Header File (arrayList.h) Including images #include <iostream>#include <cassert>…

Intellij - Java Write a program which does the following: Create a class with the main() method. Take a string array input from the user in main() method. Note: Do not hardcode the string array in code. After the String array input loop, the array should be: words[] = {"today", "is", "a", "lovely", "spring","day", "not", "too", "hot", "not", "too", "cold"}; Print the contents of this array using Arrays.toString() method. Write a method called handleString() that performs the following: Takes a String[] array as method parameter (similar to main method). Loop through the array passed as parameter, and for each word in the array: If the length of the word is even, get the index of the last letter & print that index. Use length() and indexOf() String object methods. If the string length is odd, get the character at the 1st position in the string & print that letter. Use length() and charAt() String object methods.

Write a call to Arrays static method equals with arguments arrayl and array2.