Q.1. Determine the minimum weighted path length P for six weights 4, 15, 25, 5, 8, 16. Draw the huffman tree also for the given weights. Evaluate the huffman code for each weight.
Q.2. Determine the Inorder, preorder and postorder traversal for the given tree:
![2120_Determine the Inorder - preorder and postorder traversal.png](https://www.mywordsolution.com/CMSImages/2120_Determine%20the%20Inorder%20-%20preorder%20and%20postorder%20traversal.png)
Q.3. Convert the subsequent expressions in binary expression tree.
A - (B*C) + D $ (E*F)
(b) (A-B) * (B-C) / (C-D)
(c) (3x+4y) - (5x/7y)2
After constructing the expression tree evaluate the inorder, preorder and postorder traversals.
Q.4. (a) Prepare a binary tree. Given,
Post Order: D H I E A J F N P G C B.
Inorder: D H A I E B F J C N G P
(b) Prepare a binary tree. Given,
Preorder: D B C A G E F H I J.
Inorder: B C D G E A H F I J
(c) Prepare a binary tree. Given,
Preorder: K A E F C D H L B
Inorder: E A C F K H D B L
Q.5. Perform the subsequent operations in BST:
Insert Z, A, C, D, B, E, F, N, M, P, T, U, R, O, Q.
Delete M and then D.
Q.6. Prepare an AVL tree by inserting the subsequent elements in order of their occurrences:
44, 10, 11, 96, 7, 14, 53, 47, 50, 101, 4, 1
Then Delete 7, Delete 47 and then delete 101.
Q.7. A 3 way search tree constructed out of an empty search tree with subsequent keys in order as given: D, K, P, V, A, G. Then Delete A and K.