3. Find the shortest path from c to f using the Dijkstra's algorithm in graph K3. Fill in thetable below. Number 1 in the table is given as an example.C+Vertexd19bCHf12513.5d2StatusabK333The shortest path from c to fis:3f5CShortest distance from c1. 03.4.9.8.15.19.7.14.Previous Vertex5.16.

Answered: 3. Find the shortest path from c to…

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

3. Find the shortest path from c to f using the Dijkstra's algorithm in graph K3. Fill in the
table below. Number 1 in the table is given as an example.
C
+
Vertex
d
19
b
CH
f
12
5
13.
5
d
2
Status
a
b
K3
3
3
The shortest path from c to fis:
3
f
5
C
Shortest distance from c
1. 0
3.
4.
9.
8.
15.
19.
7.
14.
Previous Vertex
5.
16.

Expert Solution

Step 1

As per the question you need to find out the shortest distance between node c to node f, therefore in the table you are required to fill 19 number that is the shortest distance from c with respect to the f.

Lets find out the number of distances with their cost between node c to node f and those are given below:-

Path : c - g - a - f , cost = 12 units (4+5+3)
Path: c - d - e - f, cost = 10 units (2+3+5)
Path: c - d - g - a - f , cost = 15 units (2+5+5+3)
Path : c - d - b - a - f, cost = 9 units ( 2+2+2+3)
Path: c - d - b - e - f, cost = 10 units (2+3+5)

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