ZuoTi.Pro
Question

Queuing theory question: At a restaurant during the lunch hour 4 customers enter per minute and s...

Queuing theory question:

At a restaurant during the lunch hour 4 customers enter per minute and spend an average of 5 minute ordering and waiting to pick up their food. 35% take their food to go and the rest sit down. Those that is down spend an average of 24 minutes. How many people on average are in the restaurant and how many are in the dining area?

math   Statistics-And-Probability   
0 0
Add a comment Improve this question Transcribed image text
Next > < Previous
Sort answers by oldest

Homework Answers

Answer #1

Solulion Arrival Rate 4-- people ト1,1 hinutethank you

0 0
Add a comment
Know the answer?
Add Answer to:
Queuing theory question: At a restaurant during the lunch hour 4 customers enter per minute and s...
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for? Ask your own homework help question. Our experts will answer your question WITHIN MINUTES for Free.
Similar Homework Help Questions

  • Queuing theory question: At a restaurant during the lunch hour 4 customers enter per minute and...

    Queuing theory question: At a restaurant during the lunch hour 4 customers enter per minute and spend an average of 5 minute ordering and waiting to pick up their food. 35% take their food to go and 65% sit down. Those that down spend an average of 24 minutes sitting. a. How many people on average are in the restaurant? b. How many on average are sitting?

  • 7.4 During lunch hour, customers arrive at a fast-food restaurant at the rate of T20 customers...

    7.4 During lunch hour, customers arrive at a fast-food restaurant at the rate of T20 customers per hour. The restaurant has one line, with three workers taking food orders at independent service stations. Each worker takes an exponentially dis- tributed amount of time-on average 1 minute-to service a customer. Let X, denote the number of customers in the restaurant (in line and being serviced) at time t. The process (Xt)PO Is a continuous-time Markov chain. Exhibit the generator matrix

  • In Java, complete the following: During the lunch hour, the ATM machine in a large office...

    In Java, complete the following: During the lunch hour, the ATM machine in a large office complex is in heavy demand. Customers complain that the waiting time is much too long. The local bank considering the addition of a second ATM machine. But first, the bank needs a few statistics to justify the cost of adding a second ATM machine. Using a Queue, simulate a waiting line at the ATM machine for a period of one hour. Make the following...

  • This is a queuing theory question,. The average arrival rate, λ, is the average number of...

    This is a queuing theory question,. The average arrival rate, λ, is the average number of arrivals per unit of time (minute, hour, day week, etc.); the average time between two consecutive arrivals is 1 / λ. If I told you that λ= 5 patients per hour, how many minutes would there be between two consecutive arrivals on average? How did you determine your answer?

  • The Benihana West side in Manhattan has a bar (waiting area) that can sit 8 customers,...

    The Benihana West side in Manhattan has a bar (waiting area) that can sit 8 customers, and has another 40 seats (5 tables that seat 8 each) in the dining area. Customers do not dine in the bar area, they just stay there until a table in the dining area becomes available. Waiting customers are always seated in groups of 8 as soon as a table is free. Customers know this, and so always arrive in groups of 8 to...

  • QUESTIONS For MM: GD queuing system with 2 servers of service rate =40 customers per hour...

    QUESTIONS For MM: GD queuing system with 2 servers of service rate =40 customers per hour per server and arrival ratei - 45 customers per hour, on the verge, how long in minutes) does a customer wait in line round off to 2 decimal digits) QUESTION 10 A small branch bank has two teller, one for deposits and one fow withdrawals Cistomers arrivent arch teller's window with an average rate of 20 customers per hour. The total customer anivartes per...

  • Customers arrive at a suburban ticket outlet at the rate of 4 per hour on Monday...

    Customers arrive at a suburban ticket outlet at the rate of 4 per hour on Monday mornings. This can be described by a Poisson distribution. Selling the tickets and providing general information takes an average of 12 minutes per customer, and varies exponentially. There is 1 ticket agent on duty on Mondays. Determine the System Utilization Question 12 options: .8 1.6 .4 .88 None of the Above Question 13 (1.5 points) Customers arrive at a suburban ticket outlet at the...

  • Please answer using stochastic operations principles Cars arrive at a rate of 10 per hour in a single-server drive-in restaurant. Assume that the teller serves vehicles with a rate exponentially distr...

    Please answer using stochastic operations principles Cars arrive at a rate of 10 per hour in a single-server drive-in restaurant. Assume that the teller serves vehicles with a rate exponentially distributed with a mean of 4 minutes per car (ie, a rate of 1 car every 4 minutes). Answer the following questions: (a) What is the probability that the teller is idle? (b) What is the average number of cars waiting in line for the teller? (A car that is...

  • Customers enter the camera department of a store at an average rate of five per hour....

    Customers enter the camera department of a store at an average rate of five per hour. The department is staffed by one employee, who takes an average of 8.0 minutes to serve each arrival. Assume this is a simple Poisson arrival, exponentially distributed service time situation. (Use the Excel spreadsheet Queue Models.) a-1. As a casual observer, how many people would you expect to see in the camera department (excluding the clerk)? (Round your answer to 2 decimal places.) a-2....

  • Waiting lines Customers walk in at random to a deli. The interarrival times are exponentially dis...

    Waiting lines Customers walk in at random to a deli. The interarrival times are exponentially distributed with an average of 5 minutes. The deli prepares one order at a time. The order preparation times are exponentially distributed with an average of 3 minutes. 13. What kind of waiting line model is appropriate for the deli? 14. What is the utilization? 15. What is the total amount of time a customer would expect to spend at the deli (from walking in...

ADVERTISEMENT
Free Homework Help App
Download From Google Play
Scan Your Homework
to Get Instant Free Answers
Need Online Homework Help?
Ask a Question
Get Answers For Free
Most questions answered within 3 hours.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT