1. Given the tree: M B E F H J)(s K v)N A G Identify the following: 1. The root of the tree 2. The set of nodes 3. The subtrees 4. The degree of each subtree 5. The degree of the tree 6. The set of leaf or terminal 8. The children of node "B" 9. The parent of node "S" 10. All sibling nodes 11. The grandparent of node "p" 12. The ancestors of node "V" 13. The level of node "G" 14. The height of the tree nodes 7. The set of non-terminal nodes

Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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2. Convert the following postfix statements into expression
trees:
a. ABICD+
b. ABCDE++
3. Convert the following arithmetic expressions into
1. Given the tree:
M
expression trees
a. (A - B) + (C* (D - E))
b. M+N-O/P
B
R
E
4. List the nodes of the binary tree found in the figure below
in:
F
C
H
L
a. Preorder
b. Inorder
c. Postorder
K(v)(N
A
P
G
Identify the following:
1. The root of the tree
2. The set of nodes
3. The subtrees
4. The degree of each subtree
5. The degree of the tree
6. The set of leaf or terminal
8. The children of node "B"
9. The parent of node "S"
10. All sibling nodes
11. The grandparent of node
"p"
12. The ancestors of node "V"
13. The level of node "G"
14. The height of the tree
5. Perform the following operations of the original binary
search tree, show the updated binary search tree after
each deletion.
a. Delete the node Wendy
nodes
7. The set of non-terminal
nodes
b. Delete the node "John"
Transcribed Image Text:2. Convert the following postfix statements into expression trees: a. ABICD+ b. ABCDE++ 3. Convert the following arithmetic expressions into 1. Given the tree: M expression trees a. (A - B) + (C* (D - E)) b. M+N-O/P B R E 4. List the nodes of the binary tree found in the figure below in: F C H L a. Preorder b. Inorder c. Postorder K(v)(N A P G Identify the following: 1. The root of the tree 2. The set of nodes 3. The subtrees 4. The degree of each subtree 5. The degree of the tree 6. The set of leaf or terminal 8. The children of node "B" 9. The parent of node "S" 10. All sibling nodes 11. The grandparent of node "p" 12. The ancestors of node "V" 13. The level of node "G" 14. The height of the tree 5. Perform the following operations of the original binary search tree, show the updated binary search tree after each deletion. a. Delete the node Wendy nodes 7. The set of non-terminal nodes b. Delete the node "John"
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