Question: 3. Floyd's algorithm for the Shortest Paths (algorithm 3.3) can be used to construct the matrix D, which contains the lengths of the shortest paths

3. Floyd's algorithm for the Shortest Paths (algorithm 3.3) can be

3. Floyd's algorithm for the Shortest Paths (algorithm 3.3) can be used to construct the matrix D, which contains the lengths of the shortest paths from any point to any other point. Given the following graph, construct the adjacency matrix W and use the recursive relation to construct D1. Note that the entire process starting with W is W(=D0)D1D2D3..> Dn (= D). You only need to show the step from W to D1. To get extra credit show the remaining steps to obtain D5(=D). 3. Floyd's algorithm for the Shortest Paths (algorithm 3.3) can be used to construct the matrix D, which contains the lengths of the shortest paths from any point to any other point. Given the following graph, construct the adjacency matrix W and use the recursive relation to construct D1. Note that the entire process starting with W is W(=D0)D1D2D3..> Dn (= D). You only need to show the step from W to D1. To get extra credit show the remaining steps to obtain D5(=D)

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