Problem (30 points) Consider the following Harley's current network design with direct shipment. Supplier A D: 20,000 @P: $5 S = $500 S-$500 Supplier B Harley D: 2,500 @P: $4 h=20% S-$500 Supplier C D: 900 @ P: $5 Harley Davidson purchases components from three suppliers. Monthly demand rates (D) and purchasing prices (P) for components are provided above. Currently, as depicted in above network, Harley procures components from each supplier with full truckload strategy, incurring a fixed cost of $500. As part of JIT drive, Harley decided to aggregate purchases from the three suppliers. The truck company charges a fixed cost of $400 for the truck with an additional charge of $100 for each stop. Harley incurs a holding cost of 20 percent per year. Using direct shipment with milk runs, suggest a replenishment strategy for a) complete aggregation (10 points) and b) optimum solution using solver (10 points) Compare the cost of your results with Harley's strategy of ordering separately from each supplier. (10 points) HINTS: Convert the EOQ formula to number of orders formula!