Question: a. Draw the network representation of this problem. b. Formulate it as a linear programming problem. c. Solve for the optimal solution. 7. Consider a

 a. Draw the network representation of this problem. b. Formulate itas a linear programming problem. c. Solve for the optimal solution. 7.

a. Draw the network representation of this problem. b. Formulate it as a linear programming problem. c. Solve for the optimal solution. 7. Consider a transshipment problem consisting or turee origin nodes, two transshipment nodes, and four destination nodes. The supplies at the origin nodes and the demands at the destination nodes are as follows: The shipping costs per unit (in \$) are provided in the following table

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