Consider a production flow line with 3 steps or work stations in series (1= 2 = 3) and ample buffer storage between steps stations. Every unit has to flow through all three stations before it is completed. A concrete environment from electronics manufacturing is: station 1 is board stuffing, station 2 testing, station 3 "tuning. The average unit processing times at the three stations are 4.4 hours, 3.2 hours, and 3.1 hours, respectively. There are 24 working hours in a day, and 5 working days per week. Currently there is a single machine at each station and the current demand is 4 units per day. Demand is expected to grow in the future and then stabilize; peak demand is estimated to be 14 units per day. 1. Bottleneck, Process Capacity, Attrition: Identify the bottleneck station and calculate the process capacity in parts per day for the current line (with demand of 4 units / day). 2. Utilization, Flow time: Assume no variability, sufficient inventory storage buffers, and steady state operation: Calculate the bottleneck station's utilization. How long do you expect the current line to take to produce 10 units, given its flow rate and capacity