Please Unser these questions.

1. Utilization

2. Waiting time in queue (Tq).

3. Inventory in queue. (Cust)

4. Total Inventory (Cust)

if i can see step by step solution, i really appreciate.

thank you

Picture 1 X fx A B Mean Time in [min] 30 25 83.3% 2.50 [min] 27.50 [min] 25 [min] 0.08 [pat] 0.83 [pat] 0.92 [pat] Single-Server Queue + 1 2 3 Input 4 Arrival (a) 5 Service (p) 6 7 8 Output 9 Utilization 10 11 Time in Q (Tq) 12 Total Time (T) 13 Service time (p) Inventory Waiting 14 (lq) Inventory in 15 Service (Ip) Total Inventory 16 (1) 17 # C std 50 D E Buffer Factor to multiply from Rate in pat/min -> [pat/min] pat/hr 0.033333333 60 0.04 60 Flow Rate utilization factor u/(1-4) 5 0.04 [hour] 0.46 [hour] 0.42 [hour] F Rate in [pat/hr] 2.00 2.40 2.00 G Processing Coefficient of Variation 0 0.2 [pat/hour] H Question 1 (1 point) Following the same setting as the Doctor's office in Lecture 2 "Waiting time - single server" Now, suppose patients make appointments. That is, one arrives exactly every 30 min, and the standard deviation of the inter-arrival time becomes 0. Utilization = A %. Waiting time in queue (Tq) = A [min]. A [cust]. (Keep two decimal places Inventory in queue= of your answers.) Total inventory = A [cust]. (Keep two decimal places of your answers.)