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 twocities. Use the Nearest Neighbor Method, with starting vertex A, to find anapproximate solution. What is the total cost for this Hamilton circuit?247158271E120•B259493276251232224.....BADE cDrag each of the vertices given above into the area below to determine the optimal solution.*****

Given that, A sales director who lives in city A is required to fly to regional offices in cities B.…

Answered: A sales director who lives in city A is…

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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You are going to visit all of the cities. You live in city A. Use the nearest neighbor method to determine an approximate shortest path. Remember, it may not be the shortest distance. A B C D E A 480 360 410 220 B 480 700 1300 350 C 360 700 560 550 D 410 1300 560 400 E 220 350 550 400 (A, E, B, C, D, A) = 2,240 b. (A, E, D, C, B, A) = 2,360 (A, C, D, E, B, A) = 2,150 d. (A, E, C, D, B, A) = 3,110
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.
In Flatland there are four cities, Abbott, Banchoff, Charlie and Dimension. The distance from The distance from Abbott to Banchoff is 9 miles. The distance from Abbott to Charlie is 8 miles. The distance from Abbott to Dimension is 11 miles. The distance from Banchoff to Charlie is 15 miles. The distance from Banchoff to Dimension is 13 miles. The distance from Charlie to Dimension is 12 miles. Sketch a graph to represent the traveling salesman problem for this situation, and find the length of the shortest path. Remember to begin and end in the same city. The shortest path is miles.
Suppose a pail holds 12 quarts of water, the two jars hold 7 quarts and 5 quarts, and the goal is still to split the water evenly with 6 quarts in both the pail and the larger jar. Produce a complete graph model for this puzzle, and find all solutions to the water puzzle in terms of the properties of the graph.
If the graph G has exactly three components, then the number of components of K| UG is
6
find the length of a shortest path and a shortestpath between each pair of vertices in the weighted graph. question 3 and 5
Q1: How many vertices does this object show Q2: How many vertices does this object have
B1. Advance maths

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