Chapter 10: Q8E (page 733)
Find the chromatic number of the given graph.
Short Answer
The Chromatic number of the given graph is \(3\).
Chapter 10: Q8E (page 733)
Find the chromatic number of the given graph.
The Chromatic number of the given graph is \(3\).
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Get started for freeFind the shortest path between the vertices\({\bf{a}}\)and\({\bf{z}}\)that passes through the vertex f in the weighted graph in Exercise 3 in Section 10.6.
The distance between two distinct vertices\({{\bf{v}}_{\bf{1}}}\)and\({{\bf{v}}_{\bf{2}}}\)of a connected simple graph is the length (number of edges) of the shortest path between\({{\bf{v}}_{\bf{1}}}\)and\({{\bf{v}}_{\bf{2}}}\). The radius of a graph is the minimum over all vertices\({\bf{v}}\)of the maximum distance from\({\bf{v}}\)to another vertex. The diameter of a graph is the maximum distance between two distinct vertices. Find the radius and diameter of
a)\({{\bf{K}}_{\bf{6}}}\)
b)\({{\bf{K}}_{{\bf{4,5}}}}\)
c)\({{\bf{Q}}_{\bf{3}}}\)
d)\({{\bf{C}}_{\bf{6}}}\)
Which graphs have a chromatic number of 1?
Prove or disprove that there are always two vertices ofthe same degree in a finite multigraph having at least twovertices.
How many nonisomorphic subgraphs does \({{\rm{K}}_{\rm{3}}}\)have?
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