The burger king in the asu-mu has only one person working at the register. customers arrive 12 per hour according to a poisson distribution. the burger king employee on averagecan 16 customers per hour according to an exponential distributiona. what percentage of the time is the burger king employee busy? b. what is the average number of customers waiting to be ? c. what is the average waiting time for customers in line? (in minute

A) The Burger King employee is busy  75% of the time.

B) The average number of customers waiting to be helped is 2.25.

C) The customers have an average time of 11.25 minutes waiting on the line.

Explanation:

let x be the mean arrival rate = 12 customers per hour

let y be the mean service rate = 16 customers per hour

A) the  percentage of the time is the Burger King employee busy is given by:

(12/16)*100

= 75%

Therefore, the Burger King employee is busy  75% of the time.

B) the average number of customers WAITING to be helped is given by:

x^2/y(y-x)

= (12^2)/[16(16-12)]

= 2.25 customers

Therefore, the average number of customers waiting to be helped is 2.25.

C) the average waiting time for customers in line is given by:

x/y(y-x)

= 12/[16(16-12)]

= 0.1875 hours

= 11.25 minutes.

Therefore, the customers have an average time of 11.25 minutes waiting on the line.

the correct answer is economics is a game without winners or losers.

unlike sports or games economic is a game without losers or winner rather it is a game where everyone wins. parties of business doing businesses exchange money with each other and hence exchange is done on the basis of goods. one party takes the goods and other sales it so there is winner on both sides. each party values more highly the good it gets than the good it gives up. both sides exchange only because both intend to increase their value. so there is no concept of lose or win.