A small manufacturing facility is being planned that will feed parts to three heavy manufacturing facilities. The locations of the current plats with their coordinates and volume requirements are given in the following table  Plant  location                 Coordination (x,y)                 Volume (parts per yr.)  Peoria                                292,295                                           3,800  Decatur                             384,474                                           5,800   Joliet                                  480,181                                           2,800  Use the centroid method to determine the best location for this new facility (round 1 decimal pt.)

Use the centroid method to determine the best location for this new facility.

An operations manager has narrowed down the search for a new King Kola plant to three locations. Fixed and variable costs follow. Fixed Cost Variable Cost Location A $100,000 $10 B $150,000 $7 C $200,000 $5 600 Annual 500 Cost ($000) 400 i. ii. 300 200 100 2 4 6 8 10 14 16 18 20 Q (000s of units) Plot the total cost curves in the chart provided above and identify the range over which each location would be best. [7 marks] Use break-even analysis to calculate exactly the break-even quantity that defines each range. [3 marks]

A larger and more modern main post office is to be constructed at a new location in Davis, California. Growing suburbs caused a shift in the population density from where it was 40 years ago, when the current facility was built. Annette Werk, the postmaster, asked her assistants to draw a grid map of the seven points where mail is picked up and delivered in bulk. The coordinates and trips per day to and from the seven mail source points and the current main post office, M, are shown in the following table. M will continue to act as a mail source point after relocation. Mail Source Point Round trips per day x, y, Coordinates (miles) 1 8 2 2 1 6 3 4 6 7 M 2 4 8 The center of gravity "X" coordinate = 10 The center of gravity "Y" coordinate = 6 (11,5) (15,5) (1, 13) (2, 1) (4, 14) (16, 12) (15,5) (14,2) a. Calculate the center of gravity as a possible location for the new facility. (Enter your responses rounded to the nearest whole number.) b. Compare the load-distance scores for the…

Develop a network showing the origin nodes, destinations, arcs, cost per arc, supply, and demand. Match the correct answer to each question. Warehouse A B C D City E City F City G City H Warehouse Supply. 0.51 0.21 0.52 0.41 4000 Question 1 0.31 Question 2 0.56 0.43 0.35 0.41 0.28 City Demand 4,400 3,000 6,500 4,700 Match the correct answer to the following questions: 1. What is the supply constraint for Warehouse D? 2. What demand constraint for City H? 0.32 0.54 0.33 4000 0.54 0.34 0.52 6300 6000 [Choose ] [Choose ] > >

b. A food manufacturer wants to locate a warehouse to serve its major customers.   The customers, annual volume and the X and Y coordinates are shown in the   table below. Customer Annual Volume X-Coordinate Y-Coordinate Judy inc 25 3 7 Zac Supermarket 13 5 2 Harry Inc. 6 8 4 Sky Productions 4 1 5 i. Using the centre of gravity location technique, determine the location   coordinates that will minimize the transportation costs for their family of   products

a. A single facility is needed to meet the demands of four markets. The locations and demands of these four markets are shown below. Market Coordinate S Demand A (8,6) 10 B (4, 12) 15 C (3,2) 10 Ꭰ (9,6) 6 i. Using the data in Table 13.2, identify an optimal location for the new facility.

Silky Industries is looking for a location for its second telephone remanufacturing facility. Two cities are under consideration. The two most important location factors are: Factor A "availability of resources" and Factor B "availability of customers." However, the company is having great difficulty assigning relative weights to these factors. Assuming that the factor weights must sum to 100, what range of weights would make Blake the superior location? E Click the icon to view the factors table. The total weighted factor scores are the same for the following weights: Factor A=O and Factor B =D. As the weight of Factor B becomes Blake will be the superior location. (Enter your responses as whole numbers.) More Info Factor Score for Each Location Factor City Factor Weight Blake Irmo A. Availability of resources B. Availability of customers Total 8 10 9 6. 100 Print Don

Problem 8-9 (Static) Location Score Factor (100 points each) Weight A B Convenience 0.15 80 70 Parking facilities 0.20 72 76 Display area 0.18 88 90 90 Shopper traffic 0.27 94 86 Operating costs 0.10 98 90 Neighborhood 0.10 96 85 182820 C 60 92 80 82 75 1.00 Click here for the Excel Data File a. Using the above factor ratings, calculate the composite score for each location. (Do not round intermediate calculations. Round your final answers to 2 decimal places.) Location Composite Score A B 0

Rauschenberg Manufacturing is investigating which locations would best position its new plant relative to three important customers (located in cities A, B, and C). As shown in the table below, all three customers require multiple daily deliveries. Management limited the search for this plant to those three locations and compiled the following information: Location Coordinates (miles) Deliveries per day (200,100) (300,100) (300,300) A 9 B 5 7 a. Which of these three locations yields the smallest load-distance score, based on Euclidean distances? Location V yields the smallest load-distance score of : (Enter your response rounded to one decimal place.)