Question 8. Consider a sequence of n independent trials, each resulting in one of k + 1 outcomes 1, 2, ……· ‚k + 1. Outcome j occurs with probability p; on any given trial. Let Y; be the number of trials resulting in outcome j. Consider testing the simple null hypothesis 1, 2, …… · ‚ k + 1. Find the likelihood ratio statistic An and show that 0 where Pj = Пј for j -2 log(n) - Qn = P k+1 Qn => (Yj – nπj)² Nπ j Using the asymptotic equivalence of -2 log(n) and Qn find the asymptotic distribution of Qn. (Hint: Use the Taylor expansion f(x) = x log(x/x0) = (x − x0) + (x − xo)²/2xo + o[(x − x0)²]. ) - Solution: -

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter10: Sequences, Series, And Probability
Section10.8: Probability
Problem 32E
Question
Question 8.
Consider a sequence of n independent trials, each resulting in one of k + 1 outcomes
1, 2, ……· ‚k + 1. Outcome j occurs with probability p; on any given trial. Let Y; be
the number of trials resulting in outcome j. Consider testing the simple null hypothesis
1, 2, …… · ‚ k + 1. Find the likelihood ratio statistic An and show that
0 where
Pj
=
Пј
for j
-2 log(n) - Qn
=
P
k+1
Qn =>
(Yj – nπj)²
Nπ j
Using the asymptotic equivalence of -2 log(n) and Qn find the asymptotic distribution
of Qn. (Hint: Use the Taylor expansion f(x) = x log(x/x0) = (x − x0) + (x − xo)²/2xo +
o[(x − x0)²]. )
-
Solution:
-
Transcribed Image Text:Question 8. Consider a sequence of n independent trials, each resulting in one of k + 1 outcomes 1, 2, ……· ‚k + 1. Outcome j occurs with probability p; on any given trial. Let Y; be the number of trials resulting in outcome j. Consider testing the simple null hypothesis 1, 2, …… · ‚ k + 1. Find the likelihood ratio statistic An and show that 0 where Pj = Пј for j -2 log(n) - Qn = P k+1 Qn => (Yj – nπj)² Nπ j Using the asymptotic equivalence of -2 log(n) and Qn find the asymptotic distribution of Qn. (Hint: Use the Taylor expansion f(x) = x log(x/x0) = (x − x0) + (x − xo)²/2xo + o[(x − x0)²]. ) - Solution: -
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