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Solved: Let Y1, Y2, . . . , Yn denote a random sample from
Chapter 9, Problem 3E(choose chapter or problem)
Let \(Y_{1}, Y_{2}, \ldots, Y_{n}\) denote a random sample from the uniform distribution on the interval \((\theta, \theta+1)\). Let
\(\hat{\theta}_{1}=\bar{Y}-\frac{1}{2}\) and \(\hat{\theta}_{2}=Y_{(n)}-\frac{n}{n+1}\)
a Show that both \(\hat{\theta}_{1}\) and \(\hat{\theta}_{2}\) are unbiased estimators of \(\theta\).
b Find the efficiency of \(\hat{\theta}_{1}\) relative to \(\hat{\theta}_{2}\).
Equation Transcription:
= -
=
Text Transcription:
Y_1, Y_2,..., Y_n
(theta, theta + 1)
hat{theta}_1 = bar{Y} - frac{1}{2}
hat{theta}_1
hat{theta}_2
hat{theta}_2 =Y_{(n)} - frac{n}{n+1}
theta
hat{theta}_1
hat{theta}_2
Questions & Answers
QUESTION:
Let \(Y_{1}, Y_{2}, \ldots, Y_{n}\) denote a random sample from the uniform distribution on the interval \((\theta, \theta+1)\). Let
\(\hat{\theta}_{1}=\bar{Y}-\frac{1}{2}\) and \(\hat{\theta}_{2}=Y_{(n)}-\frac{n}{n+1}\)
a Show that both \(\hat{\theta}_{1}\) and \(\hat{\theta}_{2}\) are unbiased estimators of \(\theta\).
b Find the efficiency of \(\hat{\theta}_{1}\) relative to \(\hat{\theta}_{2}\).
Equation Transcription:
= -
=
Text Transcription:
Y_1, Y_2,..., Y_n
(theta, theta + 1)
hat{theta}_1 = bar{Y} - frac{1}{2}
hat{theta}_1
hat{theta}_2
hat{theta}_2 =Y_{(n)} - frac{n}{n+1}
theta
hat{theta}_1
hat{theta}_2
ANSWER:
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