a).Create a working table taking lines as rows and destinations as columns b). Determine the Cheapest route and Most expensive route to use c).Use the Northwest Corner Method to distribute the products
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KCS Ltd has got three production lines with the same production costs namely; K, L, and S whose production capacities are 140, 160, and 200 units respectively. These are marketed through four destinations B, C, J, and M having demands of 110, 150, 140, and 100 units respectively. The transportation cost between the production lines and market destinations are; K to B, K to C, K to J, K to M, L to B, L to C, L to J, L to M, S to B, S to C, S to J, and S to M as 18, 11, 13, 29, 19, 25, 15, 28, 24, 27, 19, and 12 respectively all costs are US dollars.
a).Create a working table taking lines as rows and destinations as columns
b). Determine the Cheapest route and Most expensive route to use
c).Use the Northwest Corner Method to distribute the products
d).Vogel’s Approximation Technique
e).Compute their respective total costs incurred
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- ASAP PLEASE.. The distribution of goods from the source (factory) to the target (warehouse) will cause problems regarding TRANSPORT, namely how the goods are sent from the factory to the warehouse which produces minimum costs. If it is known that - the capacity of 3 factories is 40000, 30000 and 20000, - the need for 3 warehouses is 20000, 50000 and 30000 respectively. The cost of shipping goods from the factory to the warehouse is shown in the following table Solve the above TRANSPORTATION problems with VAM and MODISuisan Fish Company contracts with fishers in Hilo, Kona, and Puna, Big Island to purchase fishes. The fishes are cleaned and stored at the local processing facilities. Then the fishes are shipped to two plants, where they are cut, processed, and packaged as sushi and sashimi. The sushi and sashimi are then transported to three restaurants. The transportation costs per fish from the fishers to the plants and from the plants to the restaurants are summarized in the following tables: Determine the optimal shipments from fishers to plants and from plants to restaurants to minimize total transportation costs. Include the formulation and solver outputs. What would be the effect on the solutions if the capacity at each plant were 70 fishes?A travelling salesman, named Magan Shah plans to visit five cities 1, 2, 3, 4 and 5. The travel time (in hours) between these cities is shown below. To city 1 2 3 4 5 From city 1 x 5 8 4 5 2 5 x 7 4 5 3 8 7 x 8 6 4 4 4 8 x 8 5 5 5 6 8 x How should he schedule his touring plan in order to minimize the total travel time, if he visits each city once a week?
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- Universal Exports has four factories where it makes potato mashers. These are sent to each of four retail outlets. The cost (in thousand pesos) of shipping a case from each source to each destination is given below. Each of the factories can produce 100 units while the demand at A is 80 units, B is 70 units, C is 120 units, and D is 100 units. How many units must be transported from Factory 1 to retail outlet D?The north-south highway system passing through Albany, New York can accommodate the capacities shown in the table below. From To Capacities 1 2 3 1 3 6 1 4 3 2 4 2 2 5 4 3 4 3 3 6 2 4 2 2 4 3 3 4 5 2 4 6 3 5 2 4 5 4 2 5 6 6 How many units go from Node 1 to 3 and 4 to 2, respectively, in order to maximize the flow. a. 5 and 1. b. 5 and 2. c. none of the answers proposed apply d. 6 and 1. e. 6 and 2.A beer distributor needs to plan how to make deliveries from its warehouse (node 1) to a supermarket (node 7), as shown in the network below. A graph with 7 nodes and 9 arcs is shown. Node 1 is connected to node 2 by arc of value 3, to node 5 by arc of value 3, and to node 6 by arc of value 11. Node 2 is connected to node 3 by arc of value 4. Node 3 is connected to node 2 by arc of value 4 and to node 4 by arc of value 7. Node 4 is connected to node 3 by arc of value 7, to node 6 by arc of value 5, and to node 7 by arc of value 6. Node 5 is connected to node 6 by arc of value 7. Node 6 is connected to node 4 by arc of value 5, to node 5 by arc of value 7, and to node 7 by arc of value 3. Develop the LP formulation for finding the shortest route from the warehouse to the supermarket. (Let xij represent the flow from node i to node j.) Min s.t.Node 1 Flows Node 2 Flows Node 3 Flows Node 4 Flows Node 5 Flows Node 6 Flows Node 7…