b) An undirected graph is n-regular if all vertices have degree n. For example, the graphs below are both 3-regular because each vertex is attached to three edges. FIGURE 1. Two 3-regular graphs. Draw...


Discrete math


b) An undirected graph is n-regular if all vertices have degree n. For example, the graphs<br>below are both 3-regular because each vertex is attached to three edges.<br>FIGURE 1. Two 3-regular graphs.<br>Draw a few of these. For example, can you find a 2-regular graph with 4 vertices? A<br>3-regular one? A 4-regular one? What about a 3-regular graph with 5 vertices? Is there a<br>2-regular graph with 5 vertices? Use induction to show that for every n 2 1 there exists an<br>n-regular graph.<br>

Extracted text: b) An undirected graph is n-regular if all vertices have degree n. For example, the graphs below are both 3-regular because each vertex is attached to three edges. FIGURE 1. Two 3-regular graphs. Draw a few of these. For example, can you find a 2-regular graph with 4 vertices? A 3-regular one? A 4-regular one? What about a 3-regular graph with 5 vertices? Is there a 2-regular graph with 5 vertices? Use induction to show that for every n 2 1 there exists an n-regular graph.

Jun 05, 2022
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