A sales director who lives in city A is required to fly to regional offices in cities B, C, D, and E. The weighted graph shows the one-way airfares between any two cities. Use the Nearest Neighbor Method, with starting vertex A, to find an approximate solution. What is the total cost for this Hamilton circuit? 247 158 E 271 120 259 493 276 251 232 D 224 .....
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- A sales director who lives in city A is required to fly to regional offices in cities B, C, D, and E. The weighted graph shows the one-way airfares between any two cities. Use the Brute Force Method to find the optimal solution. Which Hamilton Circut is the most optimal? How much will the sales director make on the most optimal circut?Can someone help me find the questions listed in the screenshot. By using the NorthWest Method and using loop to get to the optimal w.The Brute-Force Bandits is a rock band planning a five-city concert tour. The cities and the distances (in miles) between them are given in the weighted graph below. The tour must start and end at A. The cost of the chartered bus in which the band is traveling is $8 per mile. a)The nearest-neighbor tour with starting vertex A is? and the cost of the tour? b) The nearest-neighbor tour with Starting vertex B is? and the cost of the tour?
- A sales Director who lives in a city a is required to fly to a regional‘s office and cities BCD in E. The weather graph shows the one-way airfares between any two cities. Use the brunt force method to find the optimal solution. Find the shortest tour through the points of a: a) 3 x 3 grid, b) 4 x 4 grid, c) 5 x 5 grid and d) generalize to n x m grids. The tour MUST start and end in the same place.graph the feasible region and find ALL corner points.
- What is the diameter of the complete bipartite graph K5,5?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?Complete a path straight at vertex a that ends at vertex c.
- An unmanned rover must be routed to visit four sites labeled A, B, C, and D on the surface of the moon. Table 6-7 shows the distance (in kilometers) between any two sites. Assuming the rover landed at C, find an optimal tour. An unmanned rover must be routed to visit four sites labeled A, B, C, and D on the surface of the moon. Table 6-7 shows the distance (in kilometers) between any two sites. Assuming the rover landed at C, find an optimal tour.Recall that the distance between two vertices, u and v, is the length of a shortest path between u and v. What is the maximum possible distance between two vertices in G? Provide an example of two vertices that are this distance apart, but not need to justify that this is the maximum possible.Graph the system of inequalities from the given problem, and list the corner points of the feasible region. Verify that the corner points of the feasible region correspond to the basic feasible solutions of the associated e-system.