In: Statistics and Probability
Scenario: A bicycle manufacturer produces a racing bicycle and a commuting bicycle. Long-term projections indicate a minimum expected demand of at least 100 racing and 80 commuting bicycles each day. However, they can produce no more than 200 racing and 170 commuting bicycles each day. To satisfy a shipping contract, they must produce a total of at least 200 bicycles each day. If each racing bicycle sold results in a $20 loss, but each commuting bicycle produces a $50 profit, how many of each type should they make daily to maximize net profits?
1. Analyze in Excel using the Solver Add-in and
2. Please Upload your Excel spreadsheet with the solution.
Thank you!
Answer:-
Given That:-
Scenario: A bicycle manufacturer produces a racing bicycle and a commuting bicycle. Long-term projections indicate a minimum expected demand of at least 100 racing and 80 commuting bicycles each day. However, they can produce no more than 200 racing and 170 commuting bicycles each day. To satisfy a shipping contract, they must produce a total of at least 200 bicycles each day. If each racing bicycle sold results in a $20 loss, but each commuting bicycle produces a $50 profit, how many of each type should they make daily to maximize net profits?
1. Analyze in Excel using the Solver Add-in and
2. Please Upload your Excel spreadsheet with the solution.
Given,
No of racing bicycles = 100
No of commuting bicycles = 170
WORKING
Racing Bicycle | Commuting Bicycle | Objective function | |
Maximize | |||
Units produced | 100 | 170 | |
Profit per Unit | -20 | 50 | |
Total Profit | -2000 | 8500 | 6500 |
Constraints | |||
Number of racing bicycles | 100 | 100 | 200 |
Number of commuting bicycles | 80 | 170 | 170 |
Total | 270 | 200 |
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