The service time for a passport application in a certain government office is modelled as an exponential random variable with parameter λ = 5 per hour, independent and identically distributed for all applicants. ● ● Determine the probability that 50 applicants are accommodated within eight hours. (Hint: Answer is not 1 nor 100%) Determine the maximum number of applicants such that the chance of accommodating all of them within eight hours is at least 95%. (Hint: Answer is not 31)

A First Course in Probability (10th Edition)
10th Edition
ISBN:9780134753119
Author:Sheldon Ross
Publisher:Sheldon Ross
Chapter1: Combinatorial Analysis
Section: Chapter Questions
Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...
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The service time for a passport application in a certain government office is
modelled as an exponential random variable with parameter λ = 5 per hour,
independent and identically distributed for all applicants.
●
Determine the probability that 50 applicants are accommodated
within eight hours. (Hint: Answer is not 1 nor 100%)
Determine the maximum number of applicants such that the
chance of accommodating all of them within eight hours is at least
95%. (Hint: Answer is not 31)
Transcribed Image Text:The service time for a passport application in a certain government office is modelled as an exponential random variable with parameter λ = 5 per hour, independent and identically distributed for all applicants. ● Determine the probability that 50 applicants are accommodated within eight hours. (Hint: Answer is not 1 nor 100%) Determine the maximum number of applicants such that the chance of accommodating all of them within eight hours is at least 95%. (Hint: Answer is not 31)
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