Store the array representations of the given 3-ary max-heap after each specified operation into 2d array output, located within the method heapOperations. You'll be storing the array representation at the ith series of operations at row 1-1. Variable output has 12 columns, given that the maximum number of elements under the series of operations is 12. If the array representation after an operation is less than 12, you pad O's at the end. (See Q2 for more details) Note that each operation should be performed on the result of the previous operation. Original 85 71 74 59 65 70 37 26 35 55 Operation 1: After removing the top twice (Store at index 0) 36 Operation 2: After inserting 15 and 100 (Store at index 1) Operation 3: After removing the top once (Store at index 2) Operation 4: After inserting 72 and 88 (Store at index 3) Operation 5: After removing the top 5 times (Store at index 4)

Store the array representations of the given 3-ary max-heap after each specified operation into 2d array output, located within the method heapOperations. You'll be storing the array representation at the ith series of operations at row 1-1. Variable output has 12 columns, given that the maximum number of elements under the series of operations is 12. If the array representation after an operation is less than 12, you pad O's at the end. (See Q2 for more details) Note that each operation should be performed on the result of the previous operation. Original 85 71 74 59 65 70 37 26 35 55 Operation 1: After removing the top twice (Store at index 0) 36 Operation 2: After inserting 15 and 100 (Store at index 1) Operation 3: After removing the top once (Store at index 2) Operation 4: After inserting 72 and 88 (Store at index 3) Operation 5: After removing the top 5 times (Store at index 4)

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You are given an array-like data structure Listy which lacks a size method. It does, however, have an elementAt ( i) method that returns the element at index i in 0( 1) time. If i is beyond the bounds of the data structure, it returns -1. (For this reason, the data structure only supports positive integers.) Given a Listy which contains sorted, positive integers, find the index at which an element x occurs. If x occurs multiple times, you may return any index. Write code with explanation
Heapsort has heapified an array to: 91 41 13 34 63 55 and is about to start the second for loop. What is the array after the first iteration of the second for loop? Ex: 98, 36, 41
: You are given an array-like data structure Listy which lacks a sizemethod. It does, however, have an elementAt ( i) method that returns the element at index i in 0( 1) time. If i is beyond the bounds of the data structure, it returns -1. (For this reason, the data structure only supports positive integers.) Given a Listy which contains sorted, positive integers,find the index at which an element x occurs. If x occurs multiple times, you may return any index.