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C ) Use Solver 10 ball di Purnal SUULI. 9.1-8. Redo Prob. 9.1-7 when any distribution center may receive any quantity between 10 and 30 forklift trucks per week in order to further reduce total shipping cost, provided only that the total shipped to all three distribution centers must still equal 60 trucks per week. 4 $200 300 500 Omers each where acting usual aram- 9.1-9. The MJK Manufacturing Company must produce two products in sufficient quantity to meet contracted sales in each of the next three months. The two products share the same pro- duction facilities, and each unit of both products requires the same amount of production capacity. The available production and storage facilities are changing month by month, so the pro- duction capacities, unit production costs, and unit storage costs vary by month. Therefore, it may be worthwhile to overproduce one or both products in some months and store them until needed. For each of the three months, the second column of the fol- lowing table gives the maximum number of units of the two prod- ucts combined that can be produced on Regular Time (RT) and on Overtime (O). For each of the two products, the subsequent columns give (1) the number of units needed for the contracted sales. (2) the cost (in thousands of dollars) per unit produced on Regular Time, (3) the cost (in thousands of dollars) per unit pro- duced on Overtime, and (4) the cost (in thousands of dollars) of storing each extra unit that is held over into the next month. In the numbers for the two products are separated by a each case, the numbers for the two th the number for Product I on the left and the number slash /, with the number for Product 1 for Product 2 on the right. astead sheel. an op- Com- orklift . The 364 CHAPTER 9 THE TRANSF Maximum Combined Production Month RT OT Product 1/Product 2 Unit Cost of Production Unit Cost ($1,000's) of Storage RTOT ($1,000's) 15/16 18/20 17/15 20/18 19/17 22/22 Sales 10 8 10 3 2 3 5/3 3/5 4/4 1/2 2/1 The production manager wants a schedule developed for the number of units of each of the two products to be produced on Regular Time and (if Regular Time production capacity is used up) on Overtime in each of the three months. The objective is to minimize the total of the production and storage costs while meet- ing the contracted sales for each month. There is no initial in- ventory, and no final inventory is desired after the three months. (a) Formulate this problem as a transportation problem by con- structing the appropriate parameter table. c (b) Obtain an optimal solution. 9.2-1. Consider the transme Den paramata