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This question deals with AVL trees. You must use mutable pairs/lists to implement this data structure:
(a) Define a procedure called make-avl-tree which makes an AVL tree with one node. Also create another constructor build-avl-tree that creates an AVL tree from a root, left subtree and right subtree. The constructors return an AVL tree object.
(b) Create procedures for accessing the root, left subtree and right subtree, and also mutators for changing the root, left subtree and right subtree of an avl argument.
(c) Write a procedure called (insert n t). This procedure has 2 arguments: n is the value being inserted, t is the AVL tree.
(d) Write a procedure called (lookup n t). This procedure has 2 arguments: n is the value being looked up, t is the AVL tree. The subtree with n as its root is returned (or '() if no such node is found).
(e) Write a procedure called (print-as-list t). This procedure prints the AVL tree passed in t as a regular list (not a mutable list).
(f) Write a procedure called (print-inorder t). This procedure prints the AVL tree passed in t in inorder traversal form.
Explain in detail the algorithmic implementation of multiple stacks.
data structure for multiqueue
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In the last subsection, we have implemented a stack by using an array. While a stack is implemented by using arrays, it suffers from the basic restriction of an array - i.e., its s
A linear list of elements in which deletion can be done from one end (front) and insertion can take place only at the other end (rear) is called as a Queue.
Q. Write down the binary search algorithm and trace to search element 91 in following given list: 13 30 62 73 81 88 91
In internal sorting, all of the data to be sorted is obtainable in the high speed main memory of the computer. We will learn the methods of internal sorting which are following:
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