Security screening following an exponential distribution


Assignment:

The time required to pass through security screening at the airport can be annoying to travelers. The mean wait time during peak periods at Cincinnati/Nonhern Kentucky International Airport is 12.1 minutes (The Cincinnati Enquirer, February 2, 2006). Assume the time to pass through security screening follows an exponential distribution.

a. What is the probability that it will take less than 10 minutes to pass through security screening during a peak period?

b. What is the probability that it will take more than 20 minutes to pass through security screening during a peak period?

c. What is the probability that it will take between 10 and 3) minutes to pass through security screening during a peak period?

d. It is 8:00 A.M. (a peak period) and you just entered the security line. To catch your plane you must be at the gate within 30 minutes. If it takes 12 minutes from the time you clear security until you reach your gate. what is the probability that you will miss your flight?

Provide complete and step by step solution for the question and show calculations and use formulas.

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Basic Statistics: Security screening following an exponential distribution
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