3 Home-Base, a home improvement/building supply chain, is going to choose the location of new depotto serve its stores in seven cities-A, B, C, D, E, F, G. The travelling time of these cities (in minutes)are shown as follows:a) Where would you locate a depot to give best customer service?b) How many depots would be needed to give a maximum journey of 30 minutes?301520352035151520101030F

Supply chain management is the management of the transportation of goods and services, and it…

Answered: Home-Base, a home improvement/building…

Practical Management Science

6th Edition

ISBN:9781337406659

Author:WINSTON, Wayne L.

Publisher:WINSTON, Wayne L.

Chapter2: Introduction To Spreadsheet Modeling

Section: Chapter Questions

Problem 20P: Julie James is opening a lemonade stand. She believes the fixed cost per week of running the stand...

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Similar questions

What is the Service Location Strategy?
Determine the suitable location of a distribution centre with the below data, minimizing the transportation dollars spent on managing inbound and outbound shipments. Plot the location of the Vendors, Customers and the location of the new DC in a chart Vendor V1 V2 V3 V4 Customer C1 C2 C3 C4 Rate $ per Ton Mile $ $ $ $ 4.75 3.75 3.15 4.75 Rate $ per Ton Mile $ $ $ $ 3.50 3.75 4.25 5.00 Volume in Tons 1000 1000 1600 1400 Volume in Tons 760 640 800 500 Vendor Location Coordinates (miles) Horizontal 525 600 412.5 300 Vertical 300 750 750 630 Customer Location Coordinates(miles) Vertical 450 900 1050 975 Horizontal 900 900 825 1050
1. Consider a container of hockey skates moving from Kitchener, Ontario to Moscow, Russia; develop two diagrams of the key freight movement steps. The first diagram will focus on intermodal transportation involving ocean transport; the second diagram will outline intermodal transportation using air transport. 2. Investigate the flows and include the following elements in their diagrams: • Origin-to-port moves - distance, possible carriers, routes, transit times. • Port-to-port moves - distance, carriers, routes, transit times. • Port-to-destination moves - distance, possible carriers, routes, transit times. • 3PLS to potentially involve in the process and their location of activities. • Potential problem spots - likely areas for delays, disruptions, losses.
Consider a container of hockey skates moving from Kitchener, Ontario to Moscow, Russia; develop two diagrams of the key freight movement steps. 1)The first diagram will focus on intermodal transportation involving ocean transport; the second diagram will outline intermodal transportation using air transport. 2. Investigate the flows and include the following elements in their diagrams: • Origin-to-port moves - distance, possible carriers, routes, transit times.• Port-to-port moves - distance, carriers, routes, transit times.• Port-to-destination moves - distance, possible carriers, routes, transit times.• 3PLs to potentially involve in the process and their location of activities.• Potential problem spots - likely areas for delays, disruptions, losses.
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 ] > >
Using the information about customer vehicle traffic to and from a proposed new sports stadium (not built yet), find the best location for the stadium that minimizes total distance travelled using the center-of-gravity method. Zip Code Location Options 2 3 4 Coordinates of Location X 2 9 12 13 y 4 5 6 12 Vehicles per Stadium Event 4,300 4,700 1,100 2,000 Use the center-of-gravity method to determine an ideal location for a service center. Round your answers to two decimal places. Cx: Cy:
Q3)) A firm has established a distribution network for the supply of a raw material critical to its manufacturing Currently there are three origins for this raw material, which must be shipped to three manufacturing plants. The current network has the following characteristics: Origin 1 Origin 2 Origin 3 DEMAND Plant 1 $7 $10 Plant 2 $5 $7 $8 45 Plant 3 $2 $3 SUPPLY 30 40 50 120/120 $3 $9 35 40 (a) Calculate a solution using the northwest-corner rule. Calculate the cost of this solution. (b) Calculate the solution using intuitive lowest cost method. Calculate the cost of this solution. (c) Using the solution in (c), calculate improvement indices, iterate once. Can you achieve a better solution? If yes, what is the cost of this solution?
Write finctional and non function requirements for Location based service
Problem 3: Regional Office Coordiantes (x,y) N Tampa Post Office must be relocated by other in a new location, much bigger and modern, to be able to absorb the huge mail flow. Ybor City -10,5 3 Davis Island -3,8 Dale-Mabry Given received and delivered mailing, is transported from regional offices to the central office, the new location can produce significant differences about the deliverance efficiency, as in terms of cost as time. Using the data represented in the attached table, calculate the location for the new facilities as the center of -4,7 Palma Cela -15,1 Bayshore -13,3 Temple Terrace -1,12 Hyde Park N = Number of delivery trucks per day -5,5 10 gravity.
1) For the problem data set below, what is the northwest corner allocation to the cell Source 3-Destination 3? 2) what is the overall cost?
Considering whether or not to consider trade-offs between storing products at a greater number of locations in different areas against transporting products long distances to clients, should management take this into consideration? What is the reason for this or how did it happen? Provide an explanation and some instances.
Explain the assumptions behind centre of gravity method and explain how the mode can be used in a service facility location ?

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