iid 1. Let Y₁,..., Yn ~ N(μ, σ²) and Y ΣΥ = Use your answer to 6.41 from HW1 to argue that n Y~N (μ, 22), and then use the MGF method to find the distribution of: Z = Y γ-μ σ/√n 6.41 Let Y₁, Y2,..., Y, be independent, normal random variables, each with mean μ and variance o². Let a1, a2, ..., an denote known constants. Find the density function of the linear combination U = Σa Yi

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
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ISBN:9780079039897
Author:Carter
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Chapter10: Statistics
Section10.1: Measures Of Center
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solve the question based on hw 1, 1.41 

iid
1. Let Y₁,..., Yn
~
N(μ, σ²) and Y
ΣΥ
=
Use your answer to 6.41 from HW1 to argue that
n
Y~N (μ, 22), and then use the MGF method to find the distribution of:
Z
=
Y
γ-μ
σ/√n
Transcribed Image Text:iid 1. Let Y₁,..., Yn ~ N(μ, σ²) and Y ΣΥ = Use your answer to 6.41 from HW1 to argue that n Y~N (μ, 22), and then use the MGF method to find the distribution of: Z = Y γ-μ σ/√n
6.41
Let Y₁, Y2,..., Y, be independent, normal random variables, each with mean μ and variance o².
Let a1, a2, ..., an denote known constants. Find the density function of the linear combination
U = Σa Yi
Transcribed Image Text:6.41 Let Y₁, Y2,..., Y, be independent, normal random variables, each with mean μ and variance o². Let a1, a2, ..., an denote known constants. Find the density function of the linear combination U = Σa Yi
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