14 Questions

Test on Euler and Hamilton Paths and Circuits.

Questions and Answers

- 1.Match the following:
- A. Connected Graph

- A.

- B. Loop

- B.

- C. Multiple Edges

- C.

- D. Isolated Vertex

- D.

- E. Adjacent

- E.

- F. Degree of a Vertex

- F.

- G. Euler Path

- G.

- H. Euler Circuit

- H.

- I. Hamiltonian Path

- I.

- J. Hamiltonian Circuit

- J.

- 2.List the vertices in the above graph:
- A.
{A,B,C,D,E,F,G,H}

- B.
{A,B,F,G,H}

- C.
{D,E}

- D.
{F,G,H}

- 3.Fill in the blank. Use the graph above. The degree of vertex A is:
- 4.Fill in the blank. Use the above graph. The degree of Vertex B is:
- 5.Fill in the blank. Use the above graph. The degree of Vertex C is:
- 6.Refer to the above graph and choose the best answer:
- A.
Euler path and Euler circuit

- B.
Euler path only

- C.
Euler circuit only

- D.
Neither an Euler path nor Euler circuit

- 7.Refer to the above graph and choose the best answer:
- A.
Euler path and Euler circuit

- B.
Euler path only

- C.
Euler circuit only

- D.
Neither an Euler path nor Euler circuit

- 8.Refer to the above graph and choose the best answer:
- A.
Euler path and Euler circuit

- B.
Euler path only

- C.
Euler circuit only

- D.
Neither an Euler path nor an Euler circuit

- 9.
- A.
Hamiltonian path and Hamiltonian circuit

- B.
Hamiltonian path

- C.
Hamiltonian circuit

- D.
Neither a Hamiltonian path nor Hamiltonian circuit

- 10.Refer to the above graph and choose the best answer:
- A.
Hamiltonian path only

- B.
Hamiltonian circuit only

- C.
Hamiltonian path and Hamiltonian circuit

- D.
Neither a Hamiltonian path nor a Hamiltonian circuit

- 11.A city is planning their snow plow route for next winter. They want to begin at the garage, go down each street only once, and end at the garage. Which graph would be best for this scenario?
- A.
Euler circuit

- B.
Euler graph

- C.
Hamiltonian circuit

- D.
Hamiltonian graph

- 12.Elizabeth is planning a trip. She wants to fly out of Charlotte, visit New York, visit Hollywood, and end up at her parent's home in Dallas. Which graph would be best for this scenario?
- A.
Hamiltonian path

- B.
Hamiltonian circuit

- C.
Euler path

- D.
Euler circuit

- 13.
- A.
Hamiltonian circuit

- B.
Hamiltonian path

- C.
Euler path

- D.
Euler circuit

- 14.
- A.
Euler path

- B.
Euler circuit

- C.
Hamiltonian path

- D.
Hamiltonian circuit