You are given a Heap A[1, ..., n]. Describe an algorithm to delete an element at index 'k' (1 <= k <= n) in this Hea Your algorithm should return a Heap A[1, ..., n-1]. You can assume that FixHeap is already available to you and can simply refer/call it as appropriate. Write proper pseudocode in other cases. Hint: This is very similar to the home work problem where you changed the value of an element at index 'k' in a Heap. Here, the value of the element at index 'k' should be changed (to what?)!

Computer Networking: A Top-Down Approach (7th Edition)
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ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
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You are given a Heap A[1, ..., n].
Describe an algorithm to delete an element at index 'k' (1 <= k <= n) in this Hea
Your algorithm should return a Heap A[1, ..., n-1].
You can assume that FixHeap is already available to you and can simply refer/call it as appropriate.
Write proper pseudocode in other cases.
Hint: This is very similar to the home work problem where you changed the value of an element at index 'k' in a
Heap. Here, the value of the element at index 'k' should be changed (to what?)!
Transcribed Image Text:You are given a Heap A[1, ..., n]. Describe an algorithm to delete an element at index 'k' (1 <= k <= n) in this Hea Your algorithm should return a Heap A[1, ..., n-1]. You can assume that FixHeap is already available to you and can simply refer/call it as appropriate. Write proper pseudocode in other cases. Hint: This is very similar to the home work problem where you changed the value of an element at index 'k' in a Heap. Here, the value of the element at index 'k' should be changed (to what?)!
Expert Solution
Step 1

Deletion of Element from any intermediary position is costly.so, it is suggested to replace the element that one wants to be deleted with the last node and then delete the last node of heap.

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