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Show how to use Adjacency matrix implementation to represent the following graph. (3 marks) 3. Show how to use Adjacency matrix implementation to represent the following graph (3 marks) 104 105 107 07 106 101 110

          Show how to use Adjacency matrix implementation to represent the following graph.
(3 marks)
3. Show how to use Adjacency matrix implementation to represent the following graph (3 marks)
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105
107
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110
        
show how to use adjacency matrix implementation to represent the following graph 3 marks 3 show how to use adjacency matrix implementation to represent the following graph 3 marks 104 105 10 87227

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Computer Science and Information Technology
Computer Science and Information Technology
Trishna Knowledge Systems 2018 Edition
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Show how to use Adjacency matrix implementation to represent the following graph. (3 marks) 3. Show how to use Adjacency matrix implementation to represent the following graph (3 marks) 104 105 107 07 106 101 110
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Transcript

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00:01 Hi there, i'm working my way through enumerated questions and your set of questions is the next one to come up.
00:06 Right now we have a draw an undirected graph that represents this data.
00:11 Now to be able to draw this graph what we need to do is take a couple of different points.
00:16 For example we're going to go for a, b, c, d and e and then a, b, c, d and e.
00:25 And all we're going to do is an undirected graph which means we can just put a whole bunch of lines everywhere is kind of go for a pentagon i think will be the easiest solution here like so.
00:38 And we'll go call him a, him b, him c, him d and him e.
00:50 Perfect, now let's go ahead and draw these lines.
00:55 So from a to a there's nothing, from a to b there's one, from a to c there's three, from a to c we've got three different lines.
01:13 I'll do something like this.
01:16 From a to c, from a to d there's none, from a to e there's four.
01:24 A to e there's four.
01:31 Something like that.
01:32 So that's the a's done, the b's.
01:34 B to a there's one, we've already got the one there.
01:36 From b to b there's two, so we know that this is going to have a loop that goes to itself then a second loop that goes to itself.
01:44 B to b, b to c there's one, b to d there's three...
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