The distribution system for the Herman Company consists of three plants, two warehouses, and four customers. Plant capacities and shipping costs per unit (in $) from each plant to each warehouse are as follows: Plant 1 2 3 1 Warehouse 11⁄2 Demand 485 Warehouse 1 6 3 300 2756 5 Customer demand and shipping costs per unit (in $) from each warehouse to each customer are as follows: Customer Capacity 450 600 380 2 4 6 300 3 8 7 300 a. Develop a network representation of this problem. Formulate a linear programming model of the problem. b. Solve the linear program to determine the optimal shipping plan. 4 4 7 400

Practical Management Science
6th Edition
ISBN:9781337406659
Author:WINSTON, Wayne L.
Publisher:WINSTON, Wayne L.
Chapter9: Decision Making Under Uncertainty
Section: Chapter Questions
Problem 46P
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11. The distribution system for the Herman Company consists of three plants, two warehouses,
and four customers. Plant capacities and shipping costs per unit (in $) from each plant to
each warehouse are as follows:
Plant
123
Warehouse
1
2
Demand
Warehouse
1
4
8
5
1
6
3
300
2
7
5
6
Customer demand and shipping costs per unit (in $) from each warehouse to each customer
are as follows:
Customer
Capacity
450
600
380
2
4
6
300
3
8
7
300
a. Develop a network representation of this problem.
b. Formulate a linear programming model of the problem.
C. Solve the linear program to determine the optimal shipping plan.
4
7
400
12. Refer to Problem 11. Suppose that shipments between the two warehouses are permitted at
$2 per unit and that direct shipments can be made from Plant 3 to Customer 4 at a cost of
$7 per unit.
a. Develop a network representation of this problem.
b. Formulate a linear programming model of this problem.
C.
Solve the linear program to determine the optimal shipping plan.
Transcribed Image Text:11. The distribution system for the Herman Company consists of three plants, two warehouses, and four customers. Plant capacities and shipping costs per unit (in $) from each plant to each warehouse are as follows: Plant 123 Warehouse 1 2 Demand Warehouse 1 4 8 5 1 6 3 300 2 7 5 6 Customer demand and shipping costs per unit (in $) from each warehouse to each customer are as follows: Customer Capacity 450 600 380 2 4 6 300 3 8 7 300 a. Develop a network representation of this problem. b. Formulate a linear programming model of the problem. C. Solve the linear program to determine the optimal shipping plan. 4 7 400 12. Refer to Problem 11. Suppose that shipments between the two warehouses are permitted at $2 per unit and that direct shipments can be made from Plant 3 to Customer 4 at a cost of $7 per unit. a. Develop a network representation of this problem. b. Formulate a linear programming model of this problem. C. Solve the linear program to determine the optimal shipping plan.
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