1- OR Final spring 2020 CDC 12! 4 A- ) calibri EES Aa x xabe U 7 B Section 4: Develop the Transportation Model (10 points): Ahmadis the logistics officer in ABC building contractors. ABCis currently starting four building projects in four different sites. Building projects require bulkamounts of raw materials to start the project. Therefore, Ahmad needs to supply these four projects with all the building metal they have in their warehouses, (Warehouse 1 has 12 tons of metal, Warehouse 2 has 30 tons of metal, and warehouse 3 has 18 tons of metal). Ahmad will distributed the amount of available metal on the four projects according to the size of the project (25 tons for Project 1, 10 tons for Project 2, 10 tons for Project 3, and 15 tons for Project Ahmadwants to minimize the cost of transport by reducing the distance that ABCtrucks will travel in transporting the metal, therefore, he decides to develop a transportation model that minimizes the distance traveled to deliver the metal to the four project sites from the three different warehouse locations. To do so Ahmad has developed the table below that represent the distance from every warehouse to every project site. Knowing that each truck can move one ton of metal in one trip Warehouse 1 Warehouse 2 Warehouse 3 Project 1 30 KM 15 KM 16 KM Project 2 18 KM 26 KM 19 KM Project 3 16 KM 10 KM 21 KM Project 4 12 KM 19 KM 27 KM M 05. Develop the transportation model for the example above using the three methods (North-West corner method, least cost method Vogel Approximation Method to define three initial solutions. 05. Choose the best initial solution from the methods above the initial solution with the minimal number of miles traveled and calculate the improvement index for the non-basic variables to decide if this is the optimal solution or not. ( ) : , : EN 10:02 ve TT./.7 1- OR Final spring 2020 CDC 12! 4 A- ) calibri EES Aa x xabe U 7 B Section 4: Develop the Transportation Model (10 points): Ahmadis the logistics officer in ABC building contractors. ABCis currently starting four building projects in four different sites. Building projects require bulkamounts of raw materials to start the project. Therefore, Ahmad needs to supply these four projects with all the building metal they have in their warehouses, (Warehouse 1 has 12 tons of metal, Warehouse 2 has 30 tons of metal, and warehouse 3 has 18 tons of metal). Ahmad will distributed the amount of available metal on the four projects according to the size of the project (25 tons for Project 1, 10 tons for Project 2, 10 tons for Project 3, and 15 tons for Project Ahmadwants to minimize the cost of transport by reducing the distance that ABCtrucks will travel in transporting the metal, therefore, he decides to develop a transportation model that minimizes the distance traveled to deliver the metal to the four project sites from the three different warehouse locations. To do so Ahmad has developed the table below that represent the distance from every warehouse to every project site. Knowing that each truck can move one ton of metal in one trip Warehouse 1 Warehouse 2 Warehouse 3 Project 1 30 KM 15 KM 16 KM Project 2 18 KM 26 KM 19 KM Project 3 16 KM 10 KM 21 KM Project 4 12 KM 19 KM 27 KM M 05. Develop the transportation model for the example above using the three methods (North-West corner method, least cost method Vogel Approximation Method to define three initial solutions. 05. Choose the best initial solution from the methods above the initial solution with the minimal number of miles traveled and calculate the improvement index for the non-basic variables to decide if this is the optimal solution or not. ( ) : , : EN 10:02 ve TT./.7