Loana Tool Company rents chain saws. Customers arrive to rent chain saws at the rate of one every $30+-30$ minutes. Dave and Betty handle these customers. Dave can rent a chain saw in $14+-4$ minutes. Betty takes $10+-5$ minutes. Customers returning chain saws arrive at the same rate as those renting chain saws. Dave and Betty spend $2$ minutes with a customer to check in the returned chain saw. Service is first come, first served. When no customers are present, or Betty alone is busy, Dave gets these returned saws ready for re$-$renting. For each saw, this maintanence and cleanup takes him $6+-4$ minutes and $10+-6$ minutes, respectively. Whenever Dave is idle, he begins the next maintanence or cleanup. Upon finishing a maintanence or cleanup, Dave begins serving customers if one or more is waiting. Betty is always available for serving customers. Simulate the operation of the system starting with an empty shop at $8$:$00$ A$.$M$.,$ closing the doors at $6$:$00$ P$.$M$.,$ and getting chain saws ready for re$-$renting until $7$:$00$ P$.$M$.$ from $6$:$00$ P$.$M$.$ to $7$:$00$ P$.$M$.,$ both Dave and Betty do maintanence and cleanup. Estimate the mean delay of customers who are renting chain saw.Hello, this problem needs to be solved by simulating it through the Arena package program. A screenshot of the appearance of the models you created in the ARENA model window and the "Category Overview" report file obtained as a result of running the models are required. Can you help me with this? Thanks. $($Very Urgent$)$