Spreadsheet Modeling & Decision Analysis: A Practical Introduction to Business Analytics (MindTap Course List)
8th Edition
ISBN: 9781305947412
Author: Cliff Ragsdale
Publisher: Cengage Learning
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John Clooney, a bush pilot in Alaska, makes regular charter flights in his floatplane to various towns and cities in western Alaska. His passengers include hunters, fishermen, backpackers and campers, and tradespeople hired for jobs in the different localities. He also carries some cargo for delivery. The following network shows the possible air routes between various towns and cities John might take (with the times, in hours). For safety reasons, he flies point-to-point, flying over at least one town along a route, even though he might not land there. In the upcoming week John has scheduled charter flights for Kotzebue, Nome, and Stebbins. Determine the shortest route between John’s home base in Anchorage and each of these destinations.
Use the table below to answer the following question(s).
The Riviera Transport Company (RTC) produces car accessories at two plants: Dallas and Atlanta. They ship them to major
distribution centers in Houston, San Jose, Jacksonville, and Memphis. The accounting, production, and marketing departments have
provided the information in the table below, which shows the unit cost of shipping between any plant and distribution center, plant
capacities over the next planning period, and distribution center demands. RTC's supply chain manager faces the problem of
determining how much to ship between each plant and distribution center to minimize the total transportation cost, not exceed
available capacity, and meet customer demand.
Assume Xij = amount shipped from plant i to distribution center j, where i = 1 represents Dallas, i = 2 represents Atlanta, j = 1
represents Houston, and so on.
Transportatio
In Model
Data
Distribution
Center
Plant
Houston
Memphis
18.48
Dallas
13.00
Atlanta
10.75…
Three refineries send gasoline to two distribution terminals through a pipeline network. Any demand that cannot be satisfied through the network is met from other sources. The pipeline network is served by three pumping stations as shown below. The capacity of each pipe segment (in million barrels per day) is shown on the arcs. Determine the optimal daily demand at each terminal that matches the maximum capacity of the network. Show your step-by-step solution and provide an organized summary at the end.
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