Question: Network Structures 1. The length of a path in a simple graph is the number of edges on it. The distance between two nodes of

Network Structures

1. The length of a path in a simple graph is the number of edges on it. The distance between two nodes of a simple graph is the length of the shortest path connecting them. The diameter of a graph is the maximum distance between a pair of nodes. Let Network Structures 1. The length of a path in a simple graph1 , . . . , is the number of edges on it. The distance between two nodesof a simple graph is the length of the shortest path connecting be all the nodes of a graph G, and let distG(them. The diameter of a graph is the maximum distance between apair of nodes. Let 1 , . . . , be all, the nodes of a graph G, and let distG(, ) be thedistance between and in this graph G. Then the average distance between ) be the distance between nodes of G is the number distG(vi, 'j) Notice that there are(2) pairs of nodes vi and Uj such that l 1 . and What is the diameter of this graph? graphs is less than 2graph whose diameter is greater than and the average distance between nodes in this graph G. Then the average distance between nodes of G is the number

average distance betw (b) Generalize the example of (a) to show that

distG(vi, 'j) Notice that there are (2) pairs of nodes vi and Uj such that l 1 . What is the diameter of this graph? graphs is less than 2 graph whose diameter is greater than and the average distance between nodes average distance betw (b) Generalize the example of (a) to show that for any integer > 0 there exists a is less than 2

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