Question: SECTION 2 (Solution to problems) Mark: 36=18 Question 1 Mark: 2+4 = 6 A pharmaceutical company wants to transport its one pharmaceutical product from a

 SECTION 2 (Solution to problems) Mark: 36=18 Question 1 Mark: 2+4

SECTION 2 (Solution to problems) Mark: 36=18 Question 1 Mark: 2+4 = 6 A pharmaceutical company wants to transport its one pharmaceutical product from a number of sources to a number of destinations. The availability of the product at each of the sources and demand at each of the destinations along with cost per unit of transportation (in \$) from each of the sources to each of the destinations are shown in a table below. i. Find the initial feasible solution along with the total transportation cost by the Vogel's Approximation Method. ii. Using the initial feasible solution found in i., find how many units should be transported from sources to destinations to minimize the total transportation cost by the Stepping-stone method and find the minimal total transportation cost

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