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. **Graph Representation and Explanation:**The image provides a weighted undirected graph in the shape of a pentagon with an internal star. The vertices of the graph are labeled A, B, C, D, and E. The edges connecting these vertices are labeled with weights.- **Vertices and Edges:** - Vertex A is connected to: - B with a weight of 204 - C with a weight of 363 - D with a weight of 136 - E with a weight of 109 - Vertex B is connected to: - C with a weight of 168 - D with a weight of 199 - E with a weight of 441 - Vertex C is connected to: - D with a weight of 139 - E with a weight of 286 - Vertex D is connected to: - E with a weight of 419The edges form a pentagon with a star inside, indicating that every vertex is directly connected to every other vertex. Consequently, this is a representation of a complete graph, specifically $ K_5 $.- **Edge Weights:** - A - B: 204 - A - C: 363 - A - D: 136 - A - E: 109 - B - C: 168 - B - D: 199 - B - E: 441 - C - D: 139 - C - E: 286 - D - E: 419This type of graph can be used to model various scenarios where multiple points need to be interconnected, each with a certain cost or distance, such as network design, travel planning, and more. The structure highlights the complexity and various paths one can take to traverse between any two points.

A Hamiltonian path is a path which starts at any vertex of the graph and visits every vertex of the…

Answered: 419 109 441 020 286 136 139 204 168 363…

Math

Advanced Math

419 109 441 020 286 136 139 204 168 363 199

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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Derive the linear interpolant through the two data points (1.0, 2.0) and (1.1, 2.5).Then, derive the quadratic interpolant through these two points and the point (1.2, 1.5). Show a graphdepicting this situation.
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I need the right answer to a and b.