A business manager for a grain distributor is asked to decide how many containers of each of two grains to purchase to fill its 1,600-pound capacity warehouse. The table below summarizes the container size, availability, and expected profit per container upon distribution. Grain s.t. A B Container Size Containers Available Container Profit 500 lbs warehouse capacity 600 lbs available grain containers (a) Formulate a linear program to maximize profit (in dollars) with the decision variables representing the number of containers purchased of each grain, allowing for fractional containers. (Let A be the number of containers of grain A and B be the number of containers of grain B.) Max available grain containers 3 A, B 20 Solve for the optimal solution. (A, B)= 2 $1,100 $1,800 (b) What would be the optimal solution if you were not allowed to purchase fractional containers? (A, B) = (c) There are three possible results from rounding an LP relaxation solution to obtain an integer solution: 1. The rounded optimal LP relaxation solution will be the optimal solution. 2. The rounded optimal LP relaxation solution gives a feasible but not optimal IP solution. 3. The rounded optimal LP relaxation solution is an infeasible IP solution.
A business manager for a grain distributor is asked to decide how many containers of each of two grains to purchase to fill its 1,600-pound capacity warehouse. The table below summarizes the container size, availability, and expected profit per container upon distribution. Grain s.t. A B Container Size Containers Available Container Profit 500 lbs warehouse capacity 600 lbs available grain containers (a) Formulate a linear program to maximize profit (in dollars) with the decision variables representing the number of containers purchased of each grain, allowing for fractional containers. (Let A be the number of containers of grain A and B be the number of containers of grain B.) Max available grain containers 3 A, B 20 Solve for the optimal solution. (A, B)= 2 $1,100 $1,800 (b) What would be the optimal solution if you were not allowed to purchase fractional containers? (A, B) = (c) There are three possible results from rounding an LP relaxation solution to obtain an integer solution: 1. The rounded optimal LP relaxation solution will be the optimal solution. 2. The rounded optimal LP relaxation solution gives a feasible but not optimal IP solution. 3. The rounded optimal LP relaxation solution is an infeasible IP solution.
Practical Management Science
6th Edition
ISBN:9781337406659
Author:WINSTON, Wayne L.
Publisher:WINSTON, Wayne L.
Chapter2: Introduction To Spreadsheet Modeling
Section: Chapter Questions
Problem 33P: Assume the demand for a companys drug Wozac during the current year is 50,000, and assume demand...
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