We model the random amount of time (in hours) it takes to receive tech support with the probability density function f(t)=e, t> 0. We are uncertain about the rate parameter A (which gives the average number of customers served per hour), and give it a Gamma prior distribution with parameters a = 8 and ẞ = 0.5. A random sample of 4 customers yields service times of: t₁ = 0.3, t2 = 0.1, t3 = 0.5, t4 = 0.3. Compute the posterior distribution for A.

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
Publisher:Carter
Chapter10: Statistics
Section10.1: Measures Of Center
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We model the random amount of time (in hours) it takes to receive tech support with the
probability density function
f(t)=e, t> 0.
We are uncertain about the rate parameter A (which gives the average number of customers
served per hour), and give it a Gamma prior distribution with parameters a = 8 and ẞ = 0.5.
A random sample of 4 customers yields service times of:
t₁ = 0.3, t2 = 0.1, t3 = 0.5, t4 = 0.3.
Transcribed Image Text:We model the random amount of time (in hours) it takes to receive tech support with the probability density function f(t)=e, t> 0. We are uncertain about the rate parameter A (which gives the average number of customers served per hour), and give it a Gamma prior distribution with parameters a = 8 and ẞ = 0.5. A random sample of 4 customers yields service times of: t₁ = 0.3, t2 = 0.1, t3 = 0.5, t4 = 0.3.
Compute the posterior distribution for A.
Transcribed Image Text:Compute the posterior distribution for A.
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