Mixing
For the uniform $[theta_1,theta_2]$, What's the Unbiased Estimator of $theta_2 - theta_1$
-2
$begingroup$
The random samples$ X_1$,$ X_2$,...,$ X_n$ is i.i.d, from a $ uniform$[$theta_1$,$theta_2$], What's the Unbiased Estimator of $theta_2$ - $theta_1$
statistics
edited Jan 10 at 14:19
postmortes
1,91721117
asked Jan 10 at 13:45
GoogolRaryGoogolRary
12
$endgroup$
|
show 2 more comments
-2
$begingroup$
The random samples$ X_1$,$ X_2$,...,$ X_n$ is i.i.d, from a $ uniform$[$theta_1$,$theta_2$], What's the Unbiased Estimator of $theta_2$ - $theta_1$
statistics
edited Jan 10 at 14:19
postmortes
1,91721117
asked Jan 10 at 13:45
GoogolRaryGoogolRary
12
$endgroup$
1
$begingroup$
What about unbiased estimator of $theta_{1}$? And $theta_{2}$?
$endgroup$
– openspace
Jan 10 at 14:21
$begingroup$
I dont know, it's all need to solve
$endgroup$
– GoogolRary
Jan 10 at 14:26
$begingroup$
Read about method of moments.
$endgroup$
– openspace
Jan 10 at 14:32
$begingroup$
There is more than one unbiased estimator. One, not the best, is $3, |X_1-X_2|$
$endgroup$
– Henry
Jan 10 at 23:20
$begingroup$
Can you illustrate it in detail?Thanks.
$endgroup$
– GoogolRary
Jan 11 at 0:16
|
show 2 more comments
-2
-2
-2
$begingroup$
The random samples$ X_1$,$ X_2$,...,$ X_n$ is i.i.d, from a $ uniform$[$theta_1$,$theta_2$], What's the Unbiased Estimator of $theta_2$ - $theta_1$
statistics
edited Jan 10 at 14:19
postmortes
1,91721117
asked Jan 10 at 13:45
GoogolRaryGoogolRary
12
$endgroup$
The random samples$ X_1$,$ X_2$,...,$ X_n$ is i.i.d, from a $ uniform$[$theta_1$,$theta_2$], What's the Unbiased Estimator of $theta_2$ - $theta_1$
statistics
statistics
edited Jan 10 at 14:19
postmortes
1,91721117
asked Jan 10 at 13:45
GoogolRaryGoogolRary
12
edited Jan 10 at 14:19
postmortes
1,91721117
asked Jan 10 at 13:45
GoogolRaryGoogolRary
12
edited Jan 10 at 14:19
postmortes
1,91721117
edited Jan 10 at 14:19
postmortes
1,91721117
edited Jan 10 at 14:19
postmortes
1,91721117
1,91721117
asked Jan 10 at 13:45
GoogolRaryGoogolRary
12
asked Jan 10 at 13:45
GoogolRaryGoogolRary
12
asked Jan 10 at 13:45
GoogolRaryGoogolRary
12
12
1
$begingroup$
What about unbiased estimator of $theta_{1}$? And $theta_{2}$?
$endgroup$
– openspace
Jan 10 at 14:21
$begingroup$
I dont know, it's all need to solve
$endgroup$
– GoogolRary
Jan 10 at 14:26
$begingroup$
Read about method of moments.
$endgroup$
– openspace
Jan 10 at 14:32
$begingroup$
There is more than one unbiased estimator. One, not the best, is $3, |X_1-X_2|$
$endgroup$
– Henry
Jan 10 at 23:20
$begingroup$
Can you illustrate it in detail?Thanks.
$endgroup$
– GoogolRary
Jan 11 at 0:16
|
show 2 more comments
1
$begingroup$
What about unbiased estimator of $theta_{1}$? And $theta_{2}$?
$endgroup$
– openspace
Jan 10 at 14:21
$begingroup$
I dont know, it's all need to solve
$endgroup$
– GoogolRary
Jan 10 at 14:26
$begingroup$
Read about method of moments.
$endgroup$
– openspace
Jan 10 at 14:32
$begingroup$
There is more than one unbiased estimator. One, not the best, is $3, |X_1-X_2|$
$endgroup$
– Henry
Jan 10 at 23:20
$begingroup$
Can you illustrate it in detail?Thanks.
$endgroup$
– GoogolRary
Jan 11 at 0:16
1
1
$begingroup$
What about unbiased estimator of $theta_{1}$? And $theta_{2}$?
$endgroup$
– openspace
Jan 10 at 14:21
$begingroup$
What about unbiased estimator of $theta_{1}$? And $theta_{2}$?
$endgroup$
– openspace
Jan 10 at 14:21
$begingroup$
I dont know, it's all need to solve
$endgroup$
– GoogolRary
Jan 10 at 14:26
$begingroup$
I dont know, it's all need to solve
$endgroup$
– GoogolRary
Jan 10 at 14:26
$begingroup$
Read about method of moments.
$endgroup$
– openspace
Jan 10 at 14:32
$begingroup$
Read about method of moments.
$endgroup$
– openspace
Jan 10 at 14:32
$begingroup$
There is more than one unbiased estimator. One, not the best, is $3, |X_1-X_2|$
$endgroup$
– Henry
Jan 10 at 23:20
$begingroup$
There is more than one unbiased estimator. One, not the best, is $3, |X_1-X_2|$
$endgroup$
– Henry
Jan 10 at 23:20
$begingroup$
Can you illustrate it in detail?Thanks.
$endgroup$
– GoogolRary
Jan 11 at 0:16
$begingroup$
Can you illustrate it in detail?Thanks.
$endgroup$
– GoogolRary
Jan 11 at 0:16
|
show 2 more comments
0
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1
$begingroup$
What about unbiased estimator of $theta_{1}$? And $theta_{2}$?
$endgroup$
– openspace
Jan 10 at 14:21
$begingroup$
I dont know, it's all need to solve
$endgroup$
– GoogolRary
Jan 10 at 14:26
$begingroup$
Read about method of moments.
$endgroup$
– openspace
Jan 10 at 14:32
$begingroup$
There is more than one unbiased estimator. One, not the best, is $3, |X_1-X_2|$
$endgroup$
– Henry
Jan 10 at 23:20
$begingroup$
Can you illustrate it in detail?Thanks.
$endgroup$
– GoogolRary
Jan 11 at 0:16