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- what type of the path a-c-d-e-b-a shows on Graph 3? a. Hamiltonian b. Euler path c. Euler circuit d. Hamiltonian and Eulerian1.Obtaine the shortest path from s to t in the following graph G, where the weights represent distancesWhich of the graph/s above contains an Euler Trail? Which of the graph/s above is/are Eulerian? Which of the graph/s above is/are Hamiltonian?
- Q1- What is the minimum distance between points C and F? Q2- Which of the following is a Hamiltonian Circuit for the given graph? Q3- What is the length of the Hamiltonian Circuit described in Q2? Q4- Which vertex in the given graph has the highest degree?Consider the uncapacitated network flow problem shown in the following image. The label next to each arc is its cost. Solve this problem using the network simplex problem. Start with the tree indicated by the dashed arcs in the figure.Discrete Maths Oscar Levin 3rd eddition 4.3.13: Prove that any planar graph must have a vertex of degree 5 or less. ps: I'd be so glad if you include every detail of the solution. & Thank you soooo much. You are doing a great job ?
- Which of the graphs in Figure 7.12 have an Eulerian walk? Which of them have a closed Eulerian walk? Find an Eulerian walk if it exists.The graph with two vertices is Hamiltonian. True FalseLet x and y be two adjacent vertices in the complete bipartite graph Kn,n, n ≥ 3.Find the number of x-y paths of length 2, of length 3, and of length 4.
- With the graph provided can you help find parts (a) & (b) of this problem?Discrete Maths Oscar Levin 3rd eddition 4.1.15: Prove that any graph with at least two vertices must have two vertices of the same degree. ps: I'd be so glad if you include every detail of the solution.Find the domains of the three graphs shown above in part 4 of Question A]