1. (Continued from HW2 problem 1) Suppose X₁ ~ N(0, ai0) independently for i=1,2,..., n with a > 0 fixed and known for all i. Find an asymptotic distribution of the MLE of 0. Find an approximate distribution of the MLE of log(0). (Hint: Delta method) (a) (b)

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter11: Topics From Analytic Geometry
Section11.4: Plane Curves And Parametric Equations
Problem 44E
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Please just solve for the Continued problem!!!!

Please just solve for the Continued problem!!!!

Please just solve for the Continued problem!!!!

I will be very appreciate!!

1. (Continued from HW2 problem 1) Suppose X; ~ N(0, a₁0) independently for i=1,2,..., n
with a > 0 fixed and known for all i.
(a)
Find an asymptotic distribution of the MLE of 0.
(b)
Find an approximate distribution of the MLE of log(0). (Hint: Delta method)
Transcribed Image Text:1. (Continued from HW2 problem 1) Suppose X; ~ N(0, a₁0) independently for i=1,2,..., n with a > 0 fixed and known for all i. (a) Find an asymptotic distribution of the MLE of 0. (b) Find an approximate distribution of the MLE of log(0). (Hint: Delta method)
1.
N(0, a,0) independently for i=1,2,..., n where a, (> 0) are fixed
and known constants for all i. Find the MLE of 0.
Suppose X;
2
Transcribed Image Text:1. N(0, a,0) independently for i=1,2,..., n where a, (> 0) are fixed and known constants for all i. Find the MLE of 0. Suppose X; 2
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