For the following graph give BFS results of steps of the algorithm by giving sequence of states of the queue (list of vertices) before next iteration of the while loop. Each vertex should be given in the form (vertex number, distance, parent). So for example queue element (s, 3, t) should mean that vertex s was discovered at a distance 3 from the root and it was discovered from vertex t. Assume that the graph is given by its adjacency list representation in which edges of every vertex are ordered by the numbers of end vertices. а. start with vertex 3 b. start with vertex 4 6. 8 5 10 3

For the following graph give BFS results of steps of the algorithm by giving sequence of states of the queue (list of vertices) before next iteration of the while loop. Each vertex should be given in the form (vertex number, distance, parent). So for example queue element (s, 3, t) should mean that vertex s was discovered at a distance 3 from the root and it was discovered from vertex t. Assume that the graph is given by its adjacency list representation in which edges of every vertex are ordered by the numbers of end vertices. а. start with vertex 3 b. start with vertex 4 6. 8 5 10 3

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Question

1. For the following graph give BFS results of steps of the algorithm by giving sequence of states of
the queue (list of vertices) before next iteration of the while loop. Each vertex should be given in
the form (vertex number, distance, parent). So for example queue element (s, 3, t) should mean
that vertex s was discovered at a distance 3 from the root and it was discovered from vertex t.
Assume that the graph is given by its adjacency list representation in which edges of every
vertex are ordered by the numbers of end vertices.
а.
start with vertex 3
b. start with vertex 4
6.
9
4
8
7
10
3
5

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