Question: 5.2 Find the optimal solution for the minisum location model assuming: (a) squared Euclidean distances: (b) Euclidean distances. For each case find the optimal location

5.2 Find the optimal solution for the minisum location model assuming: (a) squared Euclidean distances: (b) Euclidean distances. For each case find the optimal location of a new ma- chine, assuming existing machines located at (4,2), (8,5), (11,8), and (13,2) with weights equal to 1/6, 1/3, 1/3, and 1/6, respectively. 5.2 Find the optimal solution for the minisum location model assuming: (a) squared Euclidean distances: (b) Euclidean distances. For each case find the optimal location of a new ma- chine, assuming existing machines located at (4,2), (8,5), (11,8), and (13,2) with weights equal to 1/6, 1/3, 1/3, and 1/6, respectively

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