The Question is about 'Queueing Theory M/G/1 model'.

This problem lacation : simio and simulation: Modeling, Analysis, Applications, chapter 2, practice problem number 3

Hint : To solve this problem using Little's Law and other relations, and M/G/1 formula

and Problem 3's inter-arrival time is 1.25 minutes.

The problem summary : Find all five of , , , , values.

The Given value is 'inter-arrival time(=1.25 minutes)' and 'service time(= The service times are triangularly distributed between a =0.1 and b=1.9, and with the mode at minimum value =1.0.)'

= 3. Repeat Problem 1, except assume that the service times are triangularly distributed be- tween a 0.1 and b = 1.9, and with the mode at m 1.0. Compare all five of your results to those from Problems 1 and 2. Hint: The expected value of a triangular distribution between a and b, and with mode m (a