Linear Programming Refinery Blends Problem
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Please help with the following problem involving linear programming.
For part A it needs to be written out. For Eaxample:
Maximize total profit Z = $400C + $100T subject to constraints:
8C + 10T <= 80 labor hours
2C + 6T <= 36 wood in lbs
C <= 6 maximum demand for chairs
C >0 and T > 0 for non negativity
For part B, I need the solution(diagram)after it has been worked out using a computer. For example: using QM
See attached. Complete part a and b.
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This solution is comprised of a detailed explanation to answer Linear Programming Refinery Blends Problem. Step by step calculations are provided in the solution. Calculations are provided in Excel.
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Problem: See attached. Complete part a and b.
For part A it needs to be written out. For Eaxample:
Maximize total profit Z = $400C + $100T subject to constraints:
8C + 10T <= 80 labor hours
2C + 6T <= 36 wood in lbs
C <= 6 maximum demand for chairs
C >0 and T > 0 for non negativity
For part B, I need the solution(diagram)after it has been worked out ...
Education
- BE, Bangalore University, India
- MS, University of Wisconsin-Madison
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