80 units per week, region 2 requires 70 units per week, and region 3 req costs (including production and shipping costs) of sending one unit from in Table 3. We want to meet weekly demands at minimum cost, subjec n and the following restrictions: w York warehouse is opened, then the Los Angeles warehouse must be two warehouses can be opened. e Atlanta or the Los Angeles warehouse must be opened. can be used to minimize the weekly costs of meeting demand.
80 units per week, region 2 requires 70 units per week, and region 3 req costs (including production and shipping costs) of sending one unit from in Table 3. We want to meet weekly demands at minimum cost, subjec n and the following restrictions: w York warehouse is opened, then the Los Angeles warehouse must be two warehouses can be opened. e Atlanta or the Los Angeles warehouse must be opened. can be used to minimize the weekly costs of meeting demand.
Operations Research : Applications and Algorithms
4th Edition
ISBN:9780534380588
Author:Wayne L. Winston
Publisher:Wayne L. Winston
Chapter9: Integer Programming
Section9.2: Formulating Integer Programming Problems
Problem 12P
Related questions
Question
![3.
A company is considering opening warehouses in four cities: New York, Los Angeles, Chicago, and
Atlanta. Each warehouse can ship 100 units per week. The weekly fixed cost of keeping each warehouse
open is $400 for New York, $500 for Los Angeles, $300 for Chicago, and $150 for Atlanta. Region 1 of
the country requires 80 units per week, region 2 requires 70 units per week, and region 3 requires 40
units per week. The costs (including production and shipping costs) of sending one unit from a plant
to a region are shown in Table 3. We want to meet weekly demands at minimum cost, subject to the
preceding information and the following restrictions:
1.
If the New York warehouse is opened, then the Los Angeles warehouse must be opened.
2.
At most two warehouses can be opened.
3.
Either the Atlanta or the Los Angeles warehouse must be opened.
Formulate an IP that can be used to minimize the weekly costs of meeting demand.
Table 3
To ($)
From
Region 1
Region 2
Region 3
New York
20
40
50
Los Angeles
48
15
26
Chicago
26
35
18
Atlanta
24
50
35](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F830a12d5-f059-4531-be01-5f412bbac7fd%2F08c33697-5953-43f3-ab80-04aaec2b7b93%2Fttx58ln_processed.png&w=3840&q=75)
Transcribed Image Text:3.
A company is considering opening warehouses in four cities: New York, Los Angeles, Chicago, and
Atlanta. Each warehouse can ship 100 units per week. The weekly fixed cost of keeping each warehouse
open is $400 for New York, $500 for Los Angeles, $300 for Chicago, and $150 for Atlanta. Region 1 of
the country requires 80 units per week, region 2 requires 70 units per week, and region 3 requires 40
units per week. The costs (including production and shipping costs) of sending one unit from a plant
to a region are shown in Table 3. We want to meet weekly demands at minimum cost, subject to the
preceding information and the following restrictions:
1.
If the New York warehouse is opened, then the Los Angeles warehouse must be opened.
2.
At most two warehouses can be opened.
3.
Either the Atlanta or the Los Angeles warehouse must be opened.
Formulate an IP that can be used to minimize the weekly costs of meeting demand.
Table 3
To ($)
From
Region 1
Region 2
Region 3
New York
20
40
50
Los Angeles
48
15
26
Chicago
26
35
18
Atlanta
24
50
35
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