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3. Consider the picture below. You wish to jog each street at least once. (a) Draw a graph modeling this scenario using the picture. What are your vertices, what are your edges? (b) Use the graph you drew in part (a) to find an optimal route that achieves your goal. For example, is there an Euler circuit? If not, use eulerization.

3. Consider the picture below. You wish to jog each street at least once. (a) Draw a graph modeling this scenario using the picture. What are your vertices, what are your edges? (b) Use the graph you drew in part (a) to find an optimal route that achieves your goal. For example, is there an Euler circuit? If not, use eulerization.

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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GRAPH THEORY. Please I need part A and B . Thank you 

3. Consider the picture below. You wish to jog each street at least once. (a) Draw a graph modeling this scenario using the picture. What are your vertices, what are your edges? (b) Use the graph you drew in part (a) to find an optimal route that achieves your goal. For example, is there an Euler circuit? If not, use eulerization.
Transcribed Image Text:3. Consider the picture below. You wish to jog each street at least once. (a) Draw a graph modeling this scenario using the picture. What are your vertices, what are your edges? (b) Use the graph you drew in part (a) to find an optimal route that achieves your goal. For example, is there an Euler circuit? If not, use eulerization.
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