A) Airline passengers arrive randomly and independently at the passenger- screening facility at major international airport follows a Poisson distribution with the mean arriving rate of 10 passengers per minute. a. What is the probability of no arrivals in one-minute period? b. What is the probability that three or fewer passengers arrive in one-minute period? c. What is the probability at least four passengers arrive in one-minute period? d. What is the probability of four arrivals in a 15-second period? What is the probability of at least two arrivals in 30- seconds? f. Compute the coefficient of variation associated with the arrival rate of 10 passengers per minute? e.

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2. A) Airline passengers arrive randomly and independently at the passenger- screening facility at major
international airport follows a Poisson distribution with the mean arriving rate of 10 passengers per
minute.
a. What is the probability of no arrivals in one-minute period?
b. What is the probability that three or fewer passengers arrive in one -minute period?
c. What is the probability at least four passengers arrive in one-minute period?
d. What is the probability of four arrivals in a 15-second period?
e. What is the probability of at least two arrivals in 30- seconds?
f. Compute the coefficient of variation associated with the arrival rate of 10 passengers per minute?
B) What sample size would be required to estimate the population mean for a large set of company
invoices to within S0.50 with 90% confidence, given that the estimated standard deviation of the value
of the invoices is $8.00.
Transcribed Image Text:2. A) Airline passengers arrive randomly and independently at the passenger- screening facility at major international airport follows a Poisson distribution with the mean arriving rate of 10 passengers per minute. a. What is the probability of no arrivals in one-minute period? b. What is the probability that three or fewer passengers arrive in one -minute period? c. What is the probability at least four passengers arrive in one-minute period? d. What is the probability of four arrivals in a 15-second period? e. What is the probability of at least two arrivals in 30- seconds? f. Compute the coefficient of variation associated with the arrival rate of 10 passengers per minute? B) What sample size would be required to estimate the population mean for a large set of company invoices to within S0.50 with 90% confidence, given that the estimated standard deviation of the value of the invoices is $8.00.
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