10. Consider the graph in Fig. 6-26. q nollimalis buis (d) (a) Find all the Hamilton circuits in the graph, using B as the starting/ending vertex. (Hint: There are five Hamilton cir- cuits and another five that are reversals of the first five.) (b) Find the four Hamilton paths that start at B and do not come from "broken" Hamilton circuits (i.e., cannot be closed into a Hamilton circuit). C B Fo A E FIGURE 6-26 D 92-8 BAUDIA In work doen dit to a todi ding nilimsha bod
10. Consider the graph in Fig. 6-26. q nollimalis buis (d) (a) Find all the Hamilton circuits in the graph, using B as the starting/ending vertex. (Hint: There are five Hamilton cir- cuits and another five that are reversals of the first five.) (b) Find the four Hamilton paths that start at B and do not come from "broken" Hamilton circuits (i.e., cannot be closed into a Hamilton circuit). C B Fo A E FIGURE 6-26 D 92-8 BAUDIA In work doen dit to a todi ding nilimsha bod
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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Transcribed Image Text:10. Consider the graph in Fig. 6-26.
q nollimalia bnis (d)
(a) Find all the Hamilton circuits in the graph, using B as the
starting/ending vertex. (Hint: There are five Hamilton cir-
cuits and another five that are reversals of the first five.)
(b) Find the four Hamilton paths that start at B and do not
come from "broken" Hamilton circuits (i.e., cannot be
closed into a Hamilton circuit).
C
B
Fo
A
E
FIGURE 6-26
D
99-3 SAUDIA
gi ni awore doar din A
18ái disq agilimaH a bod (s)
sal diaq normal & bad (d)
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