517 100% + @ 9) AVL Tree Insertions. Manually insert the following keys into an AVL tree. Redraw the tree after every ch

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517 100 9 Avl Tree Insertions Manually Insert The Following Keys Into An Avl Tree Redraw The Tree After Every Ch 1 (76.14 KiB) Viewed 32 times

517 100% + @ 9) AVL Tree Insertions. Manually insert the following keys into an AVL tree. Redraw the tree after every change. Redraw the tree before and after each rotation, indicate the pivot node. the balance factors, the ABC nodes, and the sub-trees. 1.6.7.2.3, 8,5, 4,9 10) B-Trees Insertions. Insert the following values into a B-Tree of order 3. Redraw the tree before and after every rotation. When would the root split? 1.2.3.4.5, 6, 7, 8, 9, 10, 11, 12, 13, 14 11) Sorting Algorithms Time Complexity. a) State the time complexity for each of the following sorting algorithms. b) Rank each algorithm in increasing order of time complexity. c) Identify which of the following algorithms are recursive. di List some other factors besides time complexity that may affect your choice of algorithm for a particular application • Mergesort Insertion Sort BubbleSort Selection Sort Quicksoft Heapsort 12) Fun With Morgesort. Given the recursive mergesort function below. Modify the nort function such that sort calls sort for sub arrays with more than 1024 elements, and mort calls bort for sub arrays with 1024 or less elements. Assume both functions operato on the same global array. Ant data 4294967296) 1 REALLY SIG array void sortint f. Int. ) forward declaration void tort int tint 13 Int ten --- SOCIE, . merge it,