1. a) Draw a binary tree using the data given below, where x, y, z, p, r, t, u and v are nodes of the tree. last two digits student id = 85 урzxrtuv Here, x=last two digits of your student id+2, y=x+3, z=x+y, p=y+z, r=x+2, t=p+r, u=800, v=900 b) Traverse the binary tree of Ques. 1(a) using the preoder, inorder, and postorder techniques. Also find the height of the tree. c) Draw a binary tree from the following Inorder and Postorder sequences Inorder: v p yr xt z u Postorder: v prytuzx last two digits student id = 85 %3D Here, x=last two digits of your student id+2, y=x+3, z=x+y, p=y+z, r=x+2, t=p+r, u=800, v=900 d) Show the simulation of lever order technique using a QUEUE for the tree in Ques. 1(a)

Computer Networking: A Top-Down Approach (7th Edition)
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ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
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Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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1. a) Draw a binary tree using the data given below, where x, y, z, p, r, t, u and v are nodes of the
tree.
last two digits student id = 85
y p z x r t u v
Here, x=last two digits of your student id+2, y=x+3, z=x+y, p=y+z, r=x+2, t=p+r, u=800, v=900
b) Traverse the binary tree of Ques. 1(a) using the preoder, inorder, and postorder techniques.
Also find the height of the tree.
c) Draw a binary tree from the following Inorder and Postorder sequences
Inorder: v p yrxtzu
Postorder: v pr ytuz x
last two digits student id = 85
Here, x=last two digits of your student id+2, y=x+3, z=x+y, p=y+z, r=x+2, t=p+r, u=800, v=900
d) Show the simulation of lever order technique using a QUEUE for the tree in Ques. 1(a)
Transcribed Image Text:1. a) Draw a binary tree using the data given below, where x, y, z, p, r, t, u and v are nodes of the tree. last two digits student id = 85 y p z x r t u v Here, x=last two digits of your student id+2, y=x+3, z=x+y, p=y+z, r=x+2, t=p+r, u=800, v=900 b) Traverse the binary tree of Ques. 1(a) using the preoder, inorder, and postorder techniques. Also find the height of the tree. c) Draw a binary tree from the following Inorder and Postorder sequences Inorder: v p yrxtzu Postorder: v pr ytuz x last two digits student id = 85 Here, x=last two digits of your student id+2, y=x+3, z=x+y, p=y+z, r=x+2, t=p+r, u=800, v=900 d) Show the simulation of lever order technique using a QUEUE for the tree in Ques. 1(a)
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