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- Determine the adjacency matrix of the given graph.Calculate the adjacency matrix for this graph3) Let (V, E) be the graph with vertices a, b, c, d, e, f, and g, and edges ab, ac, bc, bd, be, cd, ce, de, af, df, ag, and eg. (a) Draw this graph. (b) Write down this graph's incidence table and its incidence matrix. (c) Write down this graph's adjacency table and its adjacency matrix. (d) Is this graph complete? Justify your answer. (e) Is this graph bipartite? Justify your answer. (f) Is this graph regular? Justify your answer. (g) Does this graph have any regular subgraph? Justify your answer. (h) Give an example of an isomorphism from the graph (V, E) to itself satisfying that p(a) = a. (i) Is the isomorphism from part (h) unique or can you find another isomorphism that is distinct from but also satisfies that (a) a? Justify your answer.
- 3. Can you think of a connected graph with four vertices, so that the span of the columns of the adjacency matrix is R¹? Can you generalize this to a graph with n vertices?SOLVE STEP BY STEP AND IN DIGITAL FORMAT 5. Draw the graph G that has as vertex set V (G) and edge set E(G) V (G) = (v1, v2, v3, v4, v5}, E(G) = {v1v2, v1v4, v1v5, v2v5, v2v3, v2v4}.graph in 3 dimensions (2,3,1)
- A figure has vertices A(2, 5), B(8, 12), and C(-7, -2). Add 3 to each x-value and subtract 4 from each y-value. The new vertices are A' ( Select) ",B' [ Select) and C' [Select)Find the adjacent matrix and the incidence matrix for the following graph.III. Consider the directed graph described by the following:(a) Draw the graph.(b) Find a directed path from vertex 3 to vertex 6.(c) Find a directed cycle starting from and ending at vertex 4.(d) Find the adjacency matrix of the graph.(e) Does there exist a directed path from vertex 2 to vertex 6?
- (b) Given a directed graph as follows. d b (i) Find the in-degree and out degree for all vertices. (ii) Construct an adjacency matrix for the graph.Create the neighborhood matrix for the graph given below.Let G be a simple connected plane graph with 6 vertices. (a) (b) (c) (d) What is the largest number of edges G can have? What is the least number of edges G can have? What is the largest number of faces G can have? Suppose that the numbers obtained in (a) & (c) are m & f respectively, construct a simple connected plane graph with 6 vertices, m edges and f faces.