Multiple Choice
The owner of an amusement park has decided to open a second entry booth and hire another employee to service customers entering the park.Customers arrive at the rate of 20 per hour and will wait in a single line until one of the two employees is available to provide service.The average service time of both employees is 2 minutes to provide service.T The arrival rate follows Poisson distribution,and the service time follows a negative exponential distribution.It is estimated that the cost of customer waiting time associated with dissatisfied customers and loss of goodwill is $20 per hour.The employee at the service booth is paid $10 an hour.Determine the customer waiting time cost per day for the waiting line system.Assume total hours of operation as 10 hours per day.
A) $16.67
B) $17.67
C) $15.67
D) $14.56
Correct Answer:

Verified
Correct Answer:
Verified
Q40: In the notation used to identify the
Q41: Customers at an amusement park arrive at
Q42: ABS specializes in repair and maintenance of
Q43: The owner of an amusement park has
Q44: _ is the number of customer arrivals
Q46: The mathematical expression for the Poisson distribution
Q47: ABS specializes in repair and maintenance of
Q48: Consider a scenario in which customers decide
Q49: A waiting line grows infinitely long when
Q50: The owner of an amusement park has