The yellow boxes just need to be filled in from the information on the instructions. There are other instructions not sure if they are needed or not.

The final two stages in the assembly of the windows and doors are painting the frames and installing glass - a process known as glazing. The racks on which the windows and doors are moved all have the same configuration with each holding 5 units per rack. After painting is completed, the painters move the frames into an automatic glazing workstation at the rate of one rack every 15 minutes. However, the painting process often outpaces glazing leaving an excessive number of painted units awaiting glazing. To evaluate how a "pull" system could improve the painting and glazing processes, answer the following questions: A. How many racks of windows and doors should move between painting and glazing if 290 units are to be completed each 8-hour shift? Assume that the safety stock policy variable a is 0.15 and the average waiting/handling time is 9 minutes per rack. B. What is the significance of determining the correct number of racks (or Kanbans) between the paint machine and glazing machine? In other words, how does it affect Olde World's operational competitiveness? 3 1 Decision Problem 4 - Controlling Workflow 2 3 Inputs 4 Solver - Number of Containers 5 Enter data in yellow shaded areas. 6 7 Daily Expected Demand 290 8 Quantity in Standard Container 5 9 Container Waiting Time (days) 10 Processing Time (days) 11 Policy Variable 12 13 Containers Required #DIV/0! 14 15 16