Please solve the question5-10

9:51 9-Operations Research-A... >>> (al Formulate the problem as a transportation model (h) Determine an optimal distribution plan for the utility company le) Determine the cost of the additional power purchased by each of the three citit 5-7 Solve Problem suming that there is a 10% powerran loss through the network 5-6 Three refineries with daily capacities of 65 and million pallom. respectively apply three distribution antars with daily demands of 4.8 and 7 miliona espectively Gasoline is transported to the three distribution areas through a network of pipelines The transportation cost is 10 cents per 1000 gallons per pipeline mile Table 5.26 gives the mileage between the refineries and the distribution areas. Refinery is not connected to distribution area al Construct the associated transportation model b) Determine the optiman shipping schedule in the network 5.-9. In Problem 5-8, suppose that the capacity of refinery 3 i 6 million allomaly and that distribution area 1 must receive all its demand. Additionally, any shortages af en and 3 will incur a penalty of Scents per gallon (a) Formulate the problemas a transportation model (1) Determine the optimum shipping schedule 5.10. In Problem 5-8, suppose that the daily demand at arca drops to million allons Surplus production at refineries 1 und 2 is diverted to other distribution areas by track The trumportation cost per 100 gallons is $1.50 from refinery152.30 from refinery2 Refinery Icon divertits surplus production to other chemical proces within the plant al Construct the located tramportation model a) Determine the optimum shipping schedule in the network TABLE 5.26 Mile Chrom Refinery Sefinery2 Refinery IN 10 200 0 22 200 13 5-11. Three archards supply crates of oranges to four retailers. The daily demand amounts at the four retailers are 150, 150, 200, and 100 rates respectively Supplies at the three orchards are dictated by available regula labor and are estimated 150 200 250 crates daily. However, both orchards 1 and 2 have indicated that they could supply more crates if necessary, by using overtime labor. Orchard 3 does not for this option. The transportation conts per Crate from the orchards to the retailers are given in Table 5.27 (a) Formulate the problem sa transportation model (1) Solve the problem. te) How many crates should orchards 1 and 2 supply wing overtime labor! 5-12 Cars are shipped from three distribution centers to five dealers. The shipping cost is based on the mileage between the sources and the destinations and is independent of whether the truck makes the trip with partial or full loads Table 528 summarines the mileage between the distribution centers and the dealers together with the monthly supply and demand figures given ander of cars A full traded includes 18 cars The transportation cost per truck mile is 525 (a) Formulate the associated transportation model (b) Determine the optimal shipping schedule. 5-13. MG Auto of Example 5.11. produces four car models. MIA MS, and M4. The Detroit plant produces models MLM and M4 Models M1 and 12 are also produced in New Orland. The Los Angeles plant manufactures model M3 and M4. The capacities of the 9:51 9-Operations Research-A... >>> (al Formulate the problem as a transportation model (h) Determine an optimal distribution plan for the utility company le) Determine the cost of the additional power purchased by each of the three citit 5-7 Solve Problem suming that there is a 10% powerran loss through the network 5-6 Three refineries with daily capacities of 65 and million pallom. respectively apply three distribution antars with daily demands of 4.8 and 7 miliona espectively Gasoline is transported to the three distribution areas through a network of pipelines The transportation cost is 10 cents per 1000 gallons per pipeline mile Table 5.26 gives the mileage between the refineries and the distribution areas. Refinery is not connected to distribution area al Construct the associated transportation model b) Determine the optiman shipping schedule in the network 5.-9. In Problem 5-8, suppose that the capacity of refinery 3 i 6 million allomaly and that distribution area 1 must receive all its demand. Additionally, any shortages af en and 3 will incur a penalty of Scents per gallon (a) Formulate the problemas a transportation model (1) Determine the optimum shipping schedule 5.10. In Problem 5-8, suppose that the daily demand at arca drops to million allons Surplus production at refineries 1 und 2 is diverted to other distribution areas by track The trumportation cost per 100 gallons is $1.50 from refinery152.30 from refinery2 Refinery Icon divertits surplus production to other chemical proces within the plant al Construct the located tramportation model a) Determine the optimum shipping schedule in the network TABLE 5.26 Mile Chrom Refinery Sefinery2 Refinery IN 10 200 0 22 200 13 5-11. Three archards supply crates of oranges to four retailers. The daily demand amounts at the four retailers are 150, 150, 200, and 100 rates respectively Supplies at the three orchards are dictated by available regula labor and are estimated 150 200 250 crates daily. However, both orchards 1 and 2 have indicated that they could supply more crates if necessary, by using overtime labor. Orchard 3 does not for this option. The transportation conts per Crate from the orchards to the retailers are given in Table 5.27 (a) Formulate the problem sa transportation model (1) Solve the problem. te) How many crates should orchards 1 and 2 supply wing overtime labor! 5-12 Cars are shipped from three distribution centers to five dealers. The shipping cost is based on the mileage between the sources and the destinations and is independent of whether the truck makes the trip with partial or full loads Table 528 summarines the mileage between the distribution centers and the dealers together with the monthly supply and demand figures given ander of cars A full traded includes 18 cars The transportation cost per truck mile is 525 (a) Formulate the associated transportation model (b) Determine the optimal shipping schedule. 5-13. MG Auto of Example 5.11. produces four car models. MIA MS, and M4. The Detroit plant produces models MLM and M4 Models M1 and 12 are also produced in New Orland. The Los Angeles plant manufactures model M3 and M4. The capacities of the