Excercise #2 Consider the following layout problem consisting of seven departments. The relationships between the seven departments are given in Table 15.29. Compute the adjusted binary relationships and show them in a sorted list. Construct the hexagonal adjnoency graph with the Spiral method, using the centroid seeking rule to break any ties between alternative locations. Show all the intermediate graphs with one, two, up to seven departments. Do not apply any improvement interchanges to the original adjacency gruph that you have obtained. Finally, compute the adjacency score and efficiency score for this adjacency gruph Table 15.29. Department Relationships A D D 10 ( OUT A B E 110 15 50 F 30 35 10 13 10 -25 90 D E 25 30 G D Table 15.30. Department Areas Dept. A B Area 16 The areas of the departments are given in Table 15.30. The building is an eight by eight square Draw to scale the conceptual block layout following the Spiral method. Clearly indicate the dimensions. Do not apply any improvement interchanges to the original layout that you have obtained. Distances are measured centroid to centrold with the rectilineur nonn, Compute the distance score and the average distance for this layout Excercise #2 Consider the following layout problem consisting of seven departments. The relationships between the seven departments are given in Table 15.29. Compute the adjusted binary relationships and show them in a sorted list. Construct the hexagonal adjnoency graph with the Spiral method, using the centroid seeking rule to break any ties between alternative locations. Show all the intermediate graphs with one, two, up to seven departments. Do not apply any improvement interchanges to the original adjacency gruph that you have obtained. Finally, compute the adjacency score and efficiency score for this adjacency gruph Table 15.29. Department Relationships A D D 10 ( OUT A B E 110 15 50 F 30 35 10 13 10 -25 90 D E 25 30 G D Table 15.30. Department Areas Dept. A B Area 16 The areas of the departments are given in Table 15.30. The building is an eight by eight square Draw to scale the conceptual block layout following the Spiral method. Clearly indicate the dimensions. Do not apply any improvement interchanges to the original layout that you have obtained. Distances are measured centroid to centrold with the rectilineur nonn, Compute the distance score and the average distance for this layout