4. Let n e N with n > 1, V = Z and set E = {{r,y} : x, y E Z and |x – y| = n}. Define G„ = (V, E). %3D (a) Prove that Gn is a simple graph.

Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter3: Matrices
Section3.7: Applications
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4. Let n eN with n >1, V = Z and set
E = {{x, y} : x, y E Z and |r – y| =n}.
Define G, = (V, E).
(a) Prove that Gn is a simple graph.
(b) For which values of n is Gn a connected graph?
(c) Determine the connected components of Gn.
Transcribed Image Text:4. Let n eN with n >1, V = Z and set E = {{x, y} : x, y E Z and |r – y| =n}. Define G, = (V, E). (a) Prove that Gn is a simple graph. (b) For which values of n is Gn a connected graph? (c) Determine the connected components of Gn.
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