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Engineering
Data Structures and Algorithms
4. Consider Graph 2 below. Using 0 as the start state, perform a Depth-First Search and give the resulting sequence of vertices visited in each graph. Graph 2 3. Consider the Graph 1 below. Using 0 as the start state, perform a Breadth-First Search and give the resulting sequence of vertices visited in each graph. Graph 1

4. Consider Graph 2 below. Using 0 as the start state, perform a Depth-First Search and give the resulting sequence of vertices visited in each graph. Graph 2 3. Consider the Graph 1 below. Using 0 as the start state, perform a Breadth-First Search and give the resulting sequence of vertices visited in each graph. Graph 1

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4. Consider Graph 2 below. Using 0 as the start state, perform a Depth-First Search and give the resulting sequence of vertices visited in each graph. Graph 2
Transcribed Image Text:4. Consider Graph 2 below. Using 0 as the start state, perform a Depth-First Search and give the resulting sequence of vertices visited in each graph. Graph 2
3. Consider the Graph 1 below. Using 0 as the start state, perform a Breadth-First Search and give the resulting sequence of vertices visited in each graph. Graph 1
Transcribed Image Text:3. Consider the Graph 1 below. Using 0 as the start state, perform a Breadth-First Search and give the resulting sequence of vertices visited in each graph. Graph 1
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