Taking log on both sides we get, In (L(a = 2, B)) =-2n·In (B)+ In Ex, Now partially differentiating on both sides with respect to B and equating to zero we get, 8 In (L(a = 2, B)) SB 2n = 0 2n 2 Comment Step 5 of 5 A Hence the maximum likelihood estimator of ß is 2

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter10: Sequences, Series, And Probability
Section10.8: Probability
Problem 22E
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where does the x go?

Taking log on both sides we get,
Σ
In (L(a = 2, B)) =-2n·In(B)+ In Ex,
Now partially differentiating on both sides with respect to ß and equating to zero we get,
8 In (L(a = 2, ß))
SB
Ex,
2n
= 0
2n
2
Comment
Step 5 of 5 A
Hence the maximum likelihood estimator of ß is
Transcribed Image Text:Taking log on both sides we get, Σ In (L(a = 2, B)) =-2n·In(B)+ In Ex, Now partially differentiating on both sides with respect to ß and equating to zero we get, 8 In (L(a = 2, ß)) SB Ex, 2n = 0 2n 2 Comment Step 5 of 5 A Hence the maximum likelihood estimator of ß is
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