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In the following Fibonacci Heap, decrease 35 to 5 and show the resulting Fibonacci Heap. Dark...
if I have a Fibonacci Heap from one to seven and was to extract the min and consolidate. (1)(2)(3)(4)(5)(6)(7) remove the min (1) and consolidate. show all steps.
This question is about the min-heap. A min-heap with 10 elements is given in the following array format. The following three sub-questions all refer to this min-heap i 1 2 3 4 5 6 7 8 9 10 A[i] 11 22 33 44 55 66 77 88 99 100 Show the result after applying heap-decrease-key(A, 6, 12) to the min-heap at the top of this page: i 1 2 3 4 5 6 7 8 9 10 A[i] Show the...
NOTE: Completing the Third Chart is the most
important. This is one question with three parts.
(4 pts) Is the following array-based tree a min-heap or a max-heap or not a heap at all? 85 91 S8 95 100 92 a. Min-heap b. Max-heap c. Not a heap 5 pts) Turn the following array-based binary tree into a max-heap. Show your work step by step. (You will not need all the columns) 34 7 12 47 19 5 pts) Show...
in c++ please. thank you!
Page 4 of 4 5. Heap and heapsort: answer the following three questions. a) (1 pt) What is the definition of a max heap? | 0 b) (2 pts) When we insert an element, 5, to the following max heap, what would be the resulting max heap? Give the detailed procedure. (14) (10) c) (2 pts) Based on b), when we remove the root element in the max heap, what would be the resulting max...
5. Heap, 5pts] The following elements are inserted into an empty Max-Heap in the fol- la-FHea lowing order: 2, 3. 1, 4, 6. 12, 15, 22, 11, 5 Draw the resulting heap (use the logical (tree) representation)
JAVA
(Heap operations) A. Add a node with value 3 to the following
min heap. Show the upheap swap process needed to restore the
heap-order property. You will need at least three diagrams.
B. Remove the root node from the following heap. You will need
to downheap swap to restore the heap-order property. Use diagrams
to show the state of the heap at each step. You will need at least
three diagrams.
Question 3. a. Draw the binary min heap represented by the following array: (5 points) 1 2 4 6 7 Value 4 9 12 29 17 14 16 b. Show the result of calling deleteMin twice on the heap you drew in part (a). Show the heap after each deleteMin, and circle the final heap. (5 points) c. Starting with the heap you ended up with in part (b), insert values 11 & 2 in that order. Draw the heap...
Heaps: Show by hand the Insertion of the following into a Max Binary Heap (aka, a Max Heap): 150, 166, 75, 20, 175, 111, 80, 95, 90, 25, 50, 92, 200, 5, 6. Show any steps that involve swapping nodes. Theory here Show the heap you generated in (a) in array form. Array here How could you use a heap to help you efficiently merge many (n> 2) sorted arrays into one sorted array? Theory here
2) (5 pts) Consider inserting the following values into a min heap, in this order: 12, 3, 19, 2, 1. Show the final locations for each value in the array storing the heap. (Recall that we store heaps in arrays using 1-based indexing and typically leave the 0 index blank.) Note: Only the answer will be graded for this question. 2 3 4 5 index value
Java quiz need help :Add the following numbers in the order given to a (min) heap using the heap add algorithm (with trickle-up). 23 - 57 - 12 - 85 - 72 - 55 - 8 - 49 - 88 - 62 - 11 - 94 Draw the generated heap (10 points) Then delete three elements from that heap using the heap remove algorithm and draw the resulting heap. (10 points)