Heman Company has three production plants in P1, P2, and P3 and two warehouses W1 and W2. The capacities of the three production plants during the next year are 450, 600, and 380. The demands at the two warehouses are 650 and 780 cars. The cost chart between the production plants and the warehouses is given: COST Chart Wi W2 P1 $6 $4 P2 $3 $6 P3 $7 $8 Formulate an initial feasible solution to Heman Company's problem using the Northwest- Corner Rule. Then evaluate each unused shipping route by computing all improvement indices using Stepping-Stone Method. Is the solution optimal?

Practical Management Science
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ISBN:9781337406659
Author:WINSTON, Wayne L.
Publisher:WINSTON, Wayne L.
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Question 3
Heman Company has three production plants in P1, P2, and P3 and two warehouses W1
and W2. The capacities of the three production plants during the next year are 450, 600, and
380. The demands at the two warehouses are 650 and 780 cars.
The cost chart between the production plants and the warehouses is given:
COST Chart
W1
W2
P1
$6
$4
P2
$3
$6
P3
S7
$8
Formulate an initial feasible solution to Heman Company's problem using the Northwest-
Corner Rule. Then evaluate each unused shipping route by computing all improvement
indices using Stepping-Stone Method. Is the solution optimal?
Transcribed Image Text:Question 3 Heman Company has three production plants in P1, P2, and P3 and two warehouses W1 and W2. The capacities of the three production plants during the next year are 450, 600, and 380. The demands at the two warehouses are 650 and 780 cars. The cost chart between the production plants and the warehouses is given: COST Chart W1 W2 P1 $6 $4 P2 $3 $6 P3 S7 $8 Formulate an initial feasible solution to Heman Company's problem using the Northwest- Corner Rule. Then evaluate each unused shipping route by computing all improvement indices using Stepping-Stone Method. Is the solution optimal?
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