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A snack bar at a certain theme park sees a deterministic but time-varying demand as shown in the table below. Replenishment orders are placed to a central warehouse located within the theme park, with negligible lead time, and it costs $1000 in labor costs to deliver an order to the snack bar from the warehouse. It costs $1.20 per case per day in refrigeration costs and other holding costs to hold cases of food in inventory at the snack bar. Day (#) Day (Name) Demand 1 Sunday 220 2 Monday 155 Tuesday Wednesday Thursday 170 Friday 210 7 Saturday 290 (a) Use dynamic programming to solve the problem on paper (b) Formulate as a shortest path problem and draw the corresponding diagram with nodes, edges, and edge costs. Solve using Dijkstra's algorithm on paper 105 90 3 4 5 6 A snack bar at a certain theme park sees a deterministic but time-varying demand as shown in the table below. Replenishment orders are placed to a central warehouse located within the theme park, with negligible lead time, and it costs $1000 in labor costs to deliver an order to the snack bar from the warehouse. It costs $1.20 per case per day in refrigeration costs and other holding costs to hold cases of food in inventory at the snack bar. Day (#) Day (Name) Demand 1 Sunday 220 2 Monday 155 Tuesday Wednesday Thursday 170 Friday 210 7 Saturday 290 (a) Use dynamic programming to solve the problem on paper (b) Formulate as a shortest path problem and draw the corresponding diagram with nodes, edges, and edge costs. Solve using Dijkstra's algorithm on paper 105 90 3 4 5 6