Give an appropriate answer.If possible, using the following graph, find an Euler path that starts withvertex B.OB→A→C→DO B→A→D → CO No Euler path exists.O B→A→D→C→A→ B

Euler path The Euler path is a path, by which we can visit every edge exactly once. We can use the…

Answered: Give an appropriate answer. If…

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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what type of the path a-c-d-e-b-a shows on Graph 3? a. Hamiltonian b. Euler path c. Euler circuit d. Hamiltonian and Eulerian
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Find b and c so that y = - 192? + bæ + c has vertex ( – 2, – 2). c = ||
9. Let G2 be depicted in the following diagram: b h a d 9(d) Give an example of a walk of length five in G2 that is not a path.
Which are walks in the graph? If not, why not? (a) F→ DC (b) ABG (c) DE F→C (d) DB→ F→D⇒B (e) C → B (f) G-F→G F -----/ B A D OA. Yes, it is a walk. OB. No, it is not a walk. It does not begin and end at the same vertex. OC. No, it is not a walk. The edge joining vertices is used more than once. (Use a comma to separate answers as needed.) OC. No, it is not a walk. There is no edge joining vertices (Use a comma to separate answers as needed.) OD. No, it is not a walk. It does not begin and end at the same vertex. F OA. Yes, it is a walk. OB. No, it is not a walk. The edge joining vertices is used more than once. (Use a comma to separate answers as needed.) E (e) Is C → B a walk? Select the correct choice below and, if necessary, fill in the answer box to complete your choice. G ... OD. No, it is not a walk. There is no edge joining vertices (Use a comma to separate answers as needed.) (f) Is G→F→G → F a walk? Select the correct choice below and, if necessary, fill in the answer box to…
Tessa wants to deliver the mail. She begins at the Post Office where she picks up the mail each day, but wants to end close to her home. She only wants to go down each street once. Her home is 5 miles from the Post Office. Which graph would best meet this scenario? a.) Hamiltonian path b.) Hamiltonian cycle c.) Euler tour d.) Euler path

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Give an appropriate answer. If possible, using the following graph, find an Euler path that starts with vertex B. OB A→C→ D OB→A→ D → C O No Euler path exists. OB-A- D→C→A→B