Data from a distribution system conting on who Plant capacities and per unit coins for shipping to plants to Warehouse Plant 1 2 1 7 2 8 5 Capachy 500 100 400 3 5 6 Customer demand and shipping costs per unit (in S) from each warehouse to each customer are Customer Warehouse 1 2 3 1 6 8 7 2 6 3 300 700 500 Demand 4 Direct shipments from plant 1 to customer 3 are allowed. The shipping cost per urvit (in S) for direct shipments from plant to customer 3 ore Sint You need to create parts of an LP network formulation for this situation. Use the standard formulation approaches defined in the charenches in the decision variables as You do not need to write out the five steps for formulation, only the specific written formulation need be provided. You do not need to show This prohlem Define decision variables as the number of units moving between a specific sourcelang point ud a speci nomer and the number of the plant, warehouse, and customer as well. For example, Data from a distribution system conting on who Plant capacities and per unit coins for shipping to plants to Warehouse Plant 1 2 1 7 2 8 5 Capachy 500 100 400 3 5 6 Customer demand and shipping costs per unit (in S) from each warehouse to each customer are Customer Warehouse 1 2 3 1 6 8 7 2 6 3 300 700 500 Demand 4 Direct shipments from plant 1 to customer 3 are allowed. The shipping cost per urvit (in S) for direct shipments from plant to customer 3 ore Sint You need to create parts of an LP network formulation for this situation. Use the standard formulation approaches defined in the charenches in the decision variables as You do not need to write out the five steps for formulation, only the specific written formulation need be provided. You do not need to show This prohlem Define decision variables as the number of units moving between a specific sourcelang point ud a speci nomer and the number of the plant, warehouse, and customer as well. For example