Question 2:In the University library every 5 minutes a student arrives arrives. The librarian takes 3 minutesto serve student. Complete the following table (for 10 students) and calculate the averagetime a student spends in the system, arrival rate, service rate and percentage idle time of server.(Assume the first student arrives at 8:00 A.M and service begin immediately). Question 1:Name entities, attributes, activities, events, and state variables for the following systems andDiscuss whether the simulation should be static or dynamic, deterministic, or stochastic,continuous, or discrete.a) Hotel with 200 Roomsb) Rent a car companyEntitiesEntitiesAttributesAttributesActivitiesActivitiesEventsEventsStateState VariablesVariablesStatic orStatic ordynamic,deterministic,or stochastic,continuous,or discretedynamic,deterministic, orstochastic,continuous, ordiscreteQuestion 2:In the University library every 5 minutes a student arrives arrives. The librarian takes 3 minutesto serve student. Complete the following table (for 10 students) and calculate the averagetime a student spends in the system, arrival rate, service rate and percentage idle time of server.(Assume the first student arrives at 8:00 A.M and service begin immediately).Custo ArrivalTimeServicestart time finish timeWaiting Time Waiting timein QueueServerIdle TimeServicemerin System123910

Below is the required table and answers with calculation:

Answered: In the University library every 5…

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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Question 2:
In the University library every 5 minutes a student arrives arrives. The librarian takes 3 minutes
to serve student. Complete the following table (for 10 students) and calculate the average
time a student spends in the system, arrival rate, service rate and percentage idle time of server.
(Assume the first student arrives at 8:00 A.M and service begin immediately).