5 Develop a SLAM network model for the following situation. A machine shop contains two drills, orie straightener and a finishing area, Drilling normally distributed with a mean of 10 minutes and a standard deviation of one minute. For those that need to be straightened, it takes is time units time is parts Scanned by CamScanner on the arrive 30 minutes and it takes 2 mins. and average , and this time is exponentially distribuled. ad perform the finishing operations om a part, takes 5 mins, and only - Bart can be finished at a time. Whe machine shop processes 2 types of parts. apped parots every for the arriving post to be routed to the drill area. Wype s parts require the drilling operation, straightening finishing.Glype 2 parts arrive every 20 mits and require only drilling and Stichting whe time to route a type 2 part from its arrival to the drilling area is 10 mins. Assume no time delays between brailling, straightening , and finishing available if operations. Assume opetators are always a machine is available. Whe network is to be used to obtais information on throughput of parts through the machine shop and utilizations of the drills, straightener and finishing area. Whroughput by each parat type is also desired. A histogram of the time for each part type processed through the machine area is to be obtoria! Whe initial condition of the machine shop is that Embelishntent: Estimate the expected time in the sapsters for each part type under the assumptions that there are 20 drills, 10 straighteners and 15 finishing operators, Estimate the variance the time in the system for each part type. to be it is empty 5 Develop a SLAM network model for the following situation. A machine shop contains two drills, orie straightener and a finishing area, Drilling normally distributed with a mean of 10 minutes and a standard deviation of one minute. For those that need to be straightened, it takes is time units time is parts Scanned by CamScanner on the arrive 30 minutes and it takes 2 mins. and average , and this time is exponentially distribuled. ad perform the finishing operations om a part, takes 5 mins, and only - Bart can be finished at a time. Whe machine shop processes 2 types of parts. apped parots every for the arriving post to be routed to the drill area. Wype s parts require the drilling operation, straightening finishing.Glype 2 parts arrive every 20 mits and require only drilling and Stichting whe time to route a type 2 part from its arrival to the drilling area is 10 mins. Assume no time delays between brailling, straightening , and finishing available if operations. Assume opetators are always a machine is available. Whe network is to be used to obtais information on throughput of parts through the machine shop and utilizations of the drills, straightener and finishing area. Whroughput by each parat type is also desired. A histogram of the time for each part type processed through the machine area is to be obtoria! Whe initial condition of the machine shop is that Embelishntent: Estimate the expected time in the sapsters for each part type under the assumptions that there are 20 drills, 10 straighteners and 15 finishing operators, Estimate the variance the time in the system for each part type. to be it is empty