For supply chain and operations class$-$ please need an expert to solve this. Can you please show me hour per hour $8$am$-9$am etc onward How to solve this. Please include everything that happens in a process workflow chart. From the time the trucks arrive to every area where they are processsed. How many trucks waiting and the overtime costs to finish the job. The Boston Cranberry Company operated a small facility where berries were unloaded from trucks, washed and packed, then delivered to local convenience stores for sale to consumers. The facility only operated during the cranberry$-$harvesting season, which lasted for $100$ days each summer. Last year, the company experienced problems with the amount of overtime it had to pay truck drivers, who drove the cranberries from the local farms where they had been harvested to Boston Cranberry Company's facility for processing. In particular, by lunchtime, the cranberry holding bins $($known as "dumper bins"$)$ had filled up$,$ causing the incoming trucks to "back$-$up$"$ and wait before they could unload their cranberries. Mr$.$ W$.$ Boggs, the plant manager, was charged with fixing the problem. Several suggestions had been made, from adding more dumper bins to leasing more machines to speed up the plant's processing rate. He asked you to advise him on the best approach. On a typical day, trucks containing cranberries arrived at a rate of $6$ trucks per hour, beginning at $8$am$,$ when the facility opened, and ending at $4$pm$,8$ hours later. The facility remained open until all of the berries had been washed and bagged. Each truck delivered a full truckload of berries. The trucks unloaded their berries into one of four dumper bins $-$ each of which held two truckloads of cranberries. A conveyor belt carried the berries from the dumper bins into a single "washer" unit, where the berries were sprayed with a mixture of water and preservatives to ensure that they were clean. The washer had a maximum processing capacity of $5$ truckloads$/$hour$.$ After the cranberries left the washer, the conveyor belt dropped them into one of two "bagging" machines, where they were packed in plastic bags. Each of these machines had a maximum processing capacity of $2$ truckloads$/$hour$.$ The finished bags were manually loaded onto the company's delivery trucks for delivery $($you can ignore this part of the process$).$ Questions to be answered: $1)$ Draw the process flow for this operation. $2)$ What is the bottleneck in this process $($i$.$e$.,$ the limiting step$)?3)$ How fast will inventory build up on a typical day $($if at all$)?4)$ Where does inventory build up in this process $($if at all$)?5)$ At what time will the trucks begin to wait $($if at all$)?$ What improvements would you recommend that Boggs make? HINT: work out how much overtime you have been paying truck drivers on a typical day. Then look at how each proposed option would affect the facility's operations on a typical day. Boggs have provided the following data to help you evaluate potential improvements: o Truck drivers were paid $$10$ per hour while they were waiting to unload o Leasing $4$ more dumper bins for the season would cost $$10,000($dumper bins could only be leased in quantities of $4$; it was not possible to lease a single bin$)$ o Leasing an additional washer unit for a season would cost $$5,000$ o Leasing an additional bagging machine for a season would cost $$10,000$