a) Draw an undirected graph using the vertices y, p, z, x and r, where x=last two digits of your student id+2, y=x+3, z=x+y, p=y+z, r=x+2. Also find the Depth First Search (DFS) sequence from the graph considering x is the starting vertex. last two digits student id = 85 b) Construct a binary search tree (BST) using the nodes y, p, z, x, r and t, where x=last two digits of your student id+2, y=x+3, z=x+y, p=y+z, r=x+2, t=900. Show the insertion and deletion of p+r and p, respectively in/from the BST. last two digits student id = 85 c) Find the space complexity of a undirected graph using Adjacency Matrix and List.
a) Draw an undirected graph using the vertices y, p, z, x and r, where x=last two digits of your student id+2, y=x+3, z=x+y, p=y+z, r=x+2. Also find the Depth First Search (DFS) sequence from the graph considering x is the starting vertex. last two digits student id = 85 b) Construct a binary search tree (BST) using the nodes y, p, z, x, r and t, where x=last two digits of your student id+2, y=x+3, z=x+y, p=y+z, r=x+2, t=900. Show the insertion and deletion of p+r and p, respectively in/from the BST. last two digits student id = 85 c) Find the space complexity of a undirected graph using Adjacency Matrix and List.
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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Transcribed Image Text:4. a) Draw an undirected graph using the vertices y, p, z, x and r, where x=last two digits of your
student id+2, y=x+3, z=x+y, p=y+z, r=x+2. Also find the Depth First Search (DFS) sequence
from the graph considering x is the starting vertex. last two digits student id = 85
b) Construct a binary search tree (BST) using the nodes y, p, z, x, r and t, where x=last two
digits of your student id+2, y=x+3, z=x+y, p=y+z, r=x+2, t=900. Show the insertion and
deletion of p+r and p, respectively in/from the BST. last two digits student id = 85
c) Find the space complexity of a undirected graph using Adjacency Matrix and List.
d) Convert the infix expression a+(c-b)/d into postfix. Evaluate the postfix expression for a=
last digit of your student id+2, b=a+1, c=a+b and d=1 using a STACK.
last two digits student id = 85
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