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Use Dirac's Theorem to verify that the graph is Hamiltonian. Then find a Hamiltonian circuit. A E A D с Write the letter corresponding to the correct answer. e a) The graph is not connected. Dirac's Theorem does not apply. b) The graph does not have at least three vertices. Dirac's Theorem does not apply. c) The graph is Hamiltonian. A Hamiltonian circuit is E-F-B-E-A-F-C-G-D-E. d) Every vertex does not have a degree of 4 or more. Dirac's Theorem does not apply. e) The graph is Hamiltonian. A Hamiltonian circuit is A-B-C-D-E-G-F-A. Use trial and error to find a Hamiltonian circuit, starting at vertex A in the weighted graph. Compute the total weight. 8. 5 F B 9 B B с E D Write the letter corresponding to the correct answer. c a) A-C-D-E-B-A, 32 b) A-B-E-D-C-A, 32 c) A-D-E-B-C-A, 32 d) A-D-E-B-C-A, 31 e) A-B-E-D-C-A, 30

Use Dirac's Theorem to verify that the graph is Hamiltonian. Then find a Hamiltonian circuit. A E A D с Write the letter corresponding to the correct answer. e a) The graph is not connected. Dirac's Theorem does not apply. b) The graph does not have at least three vertices. Dirac's Theorem does not apply. c) The graph is Hamiltonian. A Hamiltonian circuit is E-F-B-E-A-F-C-G-D-E. d) Every vertex does not have a degree of 4 or more. Dirac's Theorem does not apply. e) The graph is Hamiltonian. A Hamiltonian circuit is A-B-C-D-E-G-F-A. Use trial and error to find a Hamiltonian circuit, starting at vertex A in the weighted graph. Compute the total weight. 8. 5 F B 9 B B с E D Write the letter corresponding to the correct answer. c a) A-C-D-E-B-A, 32 b) A-B-E-D-C-A, 32 c) A-D-E-B-C-A, 32 d) A-D-E-B-C-A, 31 e) A-B-E-D-C-A, 30

Holt Mcdougal Larson Pre-algebra: Student Edition 2012
Holt Mcdougal Larson Pre-algebra: Student Edition 2012
1st Edition
ISBN:9780547587776
Author:HOLT MCDOUGAL
Publisher:HOLT MCDOUGAL
Chapter12: Angle Relationships And Transformations
Section12.5: Reflections And Symmetry
Problem 20E
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Use Dirac's Theorem to verify that the graph is Hamiltonian. Then find a Hamiltonian circuit. A B E A (F D с Write the letter corresponding to the correct answer. e a) The graph is not connected. Dirac's Theorem does not apply. b) The graph does not have at least three vertices. Dirac's Theorem does not apply. c) The graph is Hamiltonian. A Hamiltonian circuit is E-F-B-E-A-F-C-G-D-E. d) Every vertex does not have a degree of 4 or more. Dirac's Theorem does not apply. e) The graph is Hamiltonian. A Hamiltonian circuit is A-B-C-D-E-G-F-A. Use trial and error to find a Hamiltonian circuit, starting at vertex A in the weighted graph. Compute the total weight. -8- B с E D Write the letter corresponding to the correct answer. c a) A-C-D-E-B-A, 32 b) A-B-E-D-C-A, 32 c) A-D-E-B-C-A, 32 d) A-D-E-B-C-A, 31 e) A-B-E-D-C-A, 30
Transcribed Image Text:Use Dirac's Theorem to verify that the graph is Hamiltonian. Then find a Hamiltonian circuit. A B E A (F D с Write the letter corresponding to the correct answer. e a) The graph is not connected. Dirac's Theorem does not apply. b) The graph does not have at least three vertices. Dirac's Theorem does not apply. c) The graph is Hamiltonian. A Hamiltonian circuit is E-F-B-E-A-F-C-G-D-E. d) Every vertex does not have a degree of 4 or more. Dirac's Theorem does not apply. e) The graph is Hamiltonian. A Hamiltonian circuit is A-B-C-D-E-G-F-A. Use trial and error to find a Hamiltonian circuit, starting at vertex A in the weighted graph. Compute the total weight. -8- B с E D Write the letter corresponding to the correct answer. c a) A-C-D-E-B-A, 32 b) A-B-E-D-C-A, 32 c) A-D-E-B-C-A, 32 d) A-D-E-B-C-A, 31 e) A-B-E-D-C-A, 30
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