A Company produces three models of VCRS Model 1, Model 2, and Model 3, at two facilities, A and B. The company has orders for at least 5000 of Model 1, at least 3200 of Model 2, and at least 3300 of Model 3. The weekly production capacity of each model at each facility and the cost per week to operate each facility are given in the table below. For how many weeks should each facility operate to minimize the cost of filling the orders? A 500 Model 1 Model 2 600 Model 3 300 Cost Per Week($) 16,000 B 500 200 600 19,000 The minimum possible cost of filling the orders is $

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A Company produces three models of VCRS Model 1, Model 2, and Model 3, at two facilities, A and B. The company
has orders for at least 5000 of Model 1, at least 3200 of Model 2, and at least 3300 of Model 3. The weekly production
capacity of each model at each facility and the cost per week to operate each facility are given in the table below. For
how many weeks should each facility operate to minimize the cost of filling the orders?
A
500
Model 1
Model 2
600
Model 3
300
Cost Per Week($) 16,000
B
500
200
600
19,000
The minimum possible cost of filling the orders is $
Transcribed Image Text:A Company produces three models of VCRS Model 1, Model 2, and Model 3, at two facilities, A and B. The company has orders for at least 5000 of Model 1, at least 3200 of Model 2, and at least 3300 of Model 3. The weekly production capacity of each model at each facility and the cost per week to operate each facility are given in the table below. For how many weeks should each facility operate to minimize the cost of filling the orders? A 500 Model 1 Model 2 600 Model 3 300 Cost Per Week($) 16,000 B 500 200 600 19,000 The minimum possible cost of filling the orders is $
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