Beyer pharma produces three kinds of cold formulas: I, Il and III. It takes 1.5 hours to produce 1000 bottles of Formula I, 2 hr to produce 1000 bottles of Formula II, and 3hr to produce 1000 bottles of Formula III. The profits for each 1000 bottles of Formula I, II, and IIlI are $100, $150, and $210 respectively. Suppose that for a certain production run, there are enough

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Beyer pharma produces three kinds of cold formulas: I, Il and
III. It takes 1.5 hours to produce 1000 bottles of Formula I, 2
hr to produce 1000 bottles of Formula II, and 3hr to produce
1000 bottles of Formula IlI. The profits for each 1000 bottles
of Formula I, II, and II are $100, $150, and $210 respectively.
Suppose that for a certain production run, there are enough
ingredients on hand to make at most 7000 bottles of Formula
1, 14000 bottles of Formula II, and 3000 bottles of Formula IlI.
The time for the production run is limited to a maximum of 50
hours.
Which of the constraints accounts for the time available for
production run?
Decision Variables are x= Formula I, y=Formula II, and z=Formula
II
O1.5x + 2y + 3y < 50
1500x + 2000y + 3000y 50
07000x + 14000y + 3000z < 50
ONone of the above
Transcribed Image Text:Beyer pharma produces three kinds of cold formulas: I, Il and III. It takes 1.5 hours to produce 1000 bottles of Formula I, 2 hr to produce 1000 bottles of Formula II, and 3hr to produce 1000 bottles of Formula IlI. The profits for each 1000 bottles of Formula I, II, and II are $100, $150, and $210 respectively. Suppose that for a certain production run, there are enough ingredients on hand to make at most 7000 bottles of Formula 1, 14000 bottles of Formula II, and 3000 bottles of Formula IlI. The time for the production run is limited to a maximum of 50 hours. Which of the constraints accounts for the time available for production run? Decision Variables are x= Formula I, y=Formula II, and z=Formula II O1.5x + 2y + 3y < 50 1500x + 2000y + 3000y 50 07000x + 14000y + 3000z < 50 ONone of the above
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